professional magnetic separator laser marking machine

laserpecker pro magnetic protective shield orange laser engraving machine sale, price & reviews | gearbest

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laser marking & engraving for abs plastic & polycarbonate(pc) - otlaser

Laser marking machine is widely used for marking polycarbonate and ABS material,which can be used for marking & engraving number, trademark or codes etc text and pattern on the polycarbonateor ABS material. What is Polycarbonate& ABS Plastic What is ABS Plastic Acrylonitrile Butadiene Styrene (ABS) is an opaque thermoplastic and amorphous polymer, that is widely used in the plastic industry, the thermoplastic is made out of three monomer units: Acrylonitrile: A synthetic monomer produced from ammonia and propylene. Butadiene: A monomer that results as a bi-product along with ethylene when produced from steam crackers. Styrene: A monomer produced by dehydrogenation of ethylbenzene. What is Polycarbonate Polycarbonate (PC) plastics are a naturally transparent amorphous thermoplastic. Although they are made commercially available in a variety of colors (perhaps translucent and perhaps not), the raw material allows for the internal transmission of light nearly in the same capacity as glass. Polycarbonate plastics are engineering plastics in that they are typically used for more capable, robust materials such as in impact resistant glass-likesurfaces[1]. PC & ABS Plastic Laser Marking Applications Like other metal or plastic material,PC & ABS plastics are widely used for many applications. laser marking PC & ABS plastics can increase you production efficiency and capabilities.Here are some common laser engraving or marking PC & ABS plastics applications: Electronic components Printed circuit boards (PCB) Tools and handles of tools Identification tags for animals Packaging Housings made of plastic Electric plugs Automotive parts Keyboards Buttons and switches with day & night design Laser Marking Machine for PC & ABS material Compared with other marking materials, the method of making a clear and noticeable marks on polycarbonate or ABS materials is different. In some laser,laser beams cannot be absorbed immediately by polycarbonate or ABS materials with transparent or light-colored surfaces, but they will be absorbed by the upper part of the material hence causes foam bulge, up to 0.2-0.3 mm. Assuming that the work-piece is continuous to absorb heat,while the heat will be controlled by the average output power of the laser, speed or pulse duration. Increasing the power and reducing the marking speed will increase the heat.So,It will cause the foam to expand further and become clumps to crack.How to correctly choose a laser system? Although there are common three types of laser used for marking PC & ABS material,each has its own advantages and disadvantages: Fiber laser For the marking ordinary polymers & ABS material, a common fiber laser with 20W can fit your requirement.However,You may only get a rough marking results that not suitable for fine marking.A MOPA laser is better than common fiber laser since its pulse duration adjustable and high flexibility.But which is also not the best solution for fine marking on polymers & ABS material. UV laser In terms of the quality of marking,UV laser marker is the ideal choice for marking polymers & ABS material. Ultraviolet laser marking belongs to "cold marking",there will be no burns the surface of material.UV laser marker posses high beam quality and small focusing spot,The 355 nm short wavelength directly produces a photochemical reaction with the polycarbonate & ABS without heating hence that no damage to the material. It is very suitable for fine marking,In this method, it is possible to do a precision marking track width as small as nanometer on a small component. Nowadays,UV laser marking machine for fine marking polycarbonate & ABS material has played an irreplaceable role. Differences Between PC & ABS Plastic Laser Marking and Engraving Although sometime laser marking is also called laser engraving,but there are differences between us. They have their own different applications: PC & ABS Plastic Laser Marking Laser marking plastics is a kind of no-contact processing mehod,which uses the high energy laser beam to meet with the surface of the PC & ABS plastic material to leave a permanent mark. There are common types of non-contact laser marking options including: foaming, carbonization and color change.laser marking is a good way for marking barcodes,codes, logos, and other information on the surface of PC & ABS plastics. What is the color oflasermarking on polycarbonate(PC) & ABS plastic In general,the marking is white on the black material,the gray black on the other colors plastic. PC & ABS Plastic Laser engraving Laser engraving PC & ABS plastic uses a laser beam to removes the surface of the material to expose a noticeable cavity. If you need a more deeper marks ,you can be repeated it several times. There are common three types of PC & ABS plastic engraving method available: etching, deep laser engraving and laser ablation. Summary In general,Laser cutting of polycarbonate is best done with a 10.6 um CO2 lasersince its good price and many application. The laser marking for polycarbonate is best done with a 355nm UV laser. The UV laser can produce a noticeable black marks with fine details.

Laser marking machine is widely used for marking polycarbonate and ABS material,which can be used for marking & engraving number, trademark or codes etc text and pattern on the polycarbonateor ABS material.

Polycarbonate (PC) plastics are a naturally transparent amorphous thermoplastic. Although they are made commercially available in a variety of colors (perhaps translucent and perhaps not), the raw material allows for the internal transmission of light nearly in the same capacity as glass.

Like other metal or plastic material,PC & ABS plastics are widely used for many applications. laser marking PC & ABS plastics can increase you production efficiency and capabilities.Here are some common laser engraving or marking PC & ABS plastics applications:

Compared with other marking materials, the method of making a clear and noticeable marks on polycarbonate or ABS materials is different. In some laser,laser beams cannot be absorbed immediately by polycarbonate or ABS materials with transparent or light-colored surfaces, but they will be absorbed by the upper part of the material hence causes foam bulge, up to 0.2-0.3 mm.

Assuming that the work-piece is continuous to absorb heat,while the heat will be controlled by the average output power of the laser, speed or pulse duration. Increasing the power and reducing the marking speed will increase the heat.So,It will cause the foam to expand further and become clumps to crack.How to correctly choose a laser system?

For the marking ordinary polymers & ABS material, a common fiber laser with 20W can fit your requirement.However,You may only get a rough marking results that not suitable for fine marking.A MOPA laser is better than common fiber laser since its pulse duration adjustable and high flexibility.But which is also not the best solution for fine marking on polymers & ABS material.

Ultraviolet laser marking belongs to "cold marking",there will be no burns the surface of material.UV laser marker posses high beam quality and small focusing spot,The 355 nm short wavelength directly produces a photochemical reaction with the polycarbonate & ABS without heating hence that no damage to the material.

There are common types of non-contact laser marking options including: foaming, carbonization and color change.laser marking is a good way for marking barcodes,codes, logos, and other information on the surface of PC & ABS plastics.

In general,Laser cutting of polycarbonate is best done with a 10.6 um CO2 lasersince its good price and many application. The laser marking for polycarbonate is best done with a 355nm UV laser. The UV laser can produce a noticeable black marks with fine details.

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Welcome to Luoyang Xincheng Precision Machinery online store, we are factory of EDM machine and CNC lathe accessories in China stared in 2004. We have more than 150 employees and more than 100 equipment including various machinery processing equipment, heat treatment equipment and detection test equipment. The company has passed through military quality certification in Jun, 2005. It got ISO 9001-2000 product quality certification in 2007; gained self-managerial import and export qualification in 2009. We successfully researched Remove Broken Tap machine in 2011. In order to improve our service and adapt to overseas sales, we start to set up warehouses all over the world. In 2016, New Jersey,USA warehouse founded. In 2017, Moscow,Russia & California,USA warehouse founded. In 2018, Shanghai,China & Shenzhen,China warehouse founded. In 2019, Kentucky,USA warehouse founded. In 2020, Munich,Germany warehouse founded. We will continue to provide satisfactory service to you!

lasers for engraving, marking and trimming | aci laser gmbh

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the visible spectral range (532 nm).

An Nd:YVO laser is a solid-state laser that uses a neodymium-doped Nd:YVO (yttrium orthovandate) crystal as its active medium and emits infra-red radiation with a wavelength of YVO4 1064 nm. Due to frequency conversion, it is possible for radiation to be emitted in the UV spectral range (355 nm).

A fibre laser is a special type of solid-state laser. The dosed core of an optical fibre forms the active medium for a fibre laser. The robust construction, high beam quality and efficiency offered by fibre lasers makes them ideal for many applications.

Ultrashort pulsed lasers enable high-precision machining with minimal damage to the workpiece material. Ultrashort light pulses in the picosecond and femtosecond range provide exceptionally precise machining results in the micrometre range.

Laser trimmers from ACI Laser differ from lasers designed for marking materials because of the way that the beam is generated for trimming applications and because they have expanded electrical interfaces.

Electronic components and assemblies are permanently marked with high-quality, reliably machine-readable text using the laser in order to ensure proper identification and traceability and maintain high quality standards.

Laser markings are permanent and resistant to heat, abrasion and acids. High-quality, highly robust markings ensuring reliable component identification, traceability and quality assurance can be created in moments.

Clear and unique markings on medical products are crucial to ensure traceability, identification and protection against counterfeit products. High-quality markings need to be permanently created as quickly and precisely as possible in a range of materials with minimal damage.

Laser marking is superior to other marking processes, particularly in terms of quality and production efficiency. It enables the creation of extremely high-quality, long-lasting markings within a very short space of time.

Legally regulated laser marking on military and sports weapons as well as decorative patterns can be made permanently and with counterfeiting protection on a variety of materials using lasers from ACI.

The most important factor in choosing the ideal laser is the material to be marked. The light wavelength and pulse properties of the laser determine which materials it can mark with the required quality and speed.

The process of marking glass surfaces causes the material to heat up significantly, causing material ablation. Depending on the type of glass, it is possible to create extremely clean markings with sharp contours.

Laser marking is substantially superior to other marking processes, particularly in terms of quality, efficiency and speed. It enables the creation of extremely high-quality, robust markings within a very short space of time that cannot be removed by heat, abrasion or acids.

The substantial penetration depth creates an extremely robust marking that is highly resistant to abrasion and can withstand mechanical strain for long periods. The engravings are resistant to heat and liquids such as water, oils and acids. The laser marking remains visible even after subsequent coating processes.

Laser trimming refers to cutting resistors to match in SMD shapes in order to achieve values not provided for in standard series parts (passive trimming) or for matching switching functions (active trimming).

As a laser manufacturer, we help you choose the right system customized to your requirements and needs. Competent advice, free sample laser marking, product demos, a fair price and the finished solution that is our claim. You will also receive long-term support from our team of experts. This is more than laser marking.This is ACI Laser.

The laser works well and we have done so good work with it. The camera is a wonderful tool for small jobs like jewellery pieces. The staff that use the fibre laser really like it and enjoy producing work they are proud of.

"We have been using ACI's laser system for many years and are very happy with it. Flexible configuration possibilities, wide-ranging functionality, great service and continual improvements to the application software are all things that confirm that we made the right choice by opting for a product from ACI."

"The support in the form of free-of-charge sample markings for new projects always goes without a hitch and is provided incredibly quickly; the quality of the documentation saves us work and time later on when we come to implement the project. We have been using ACI laser systems since 2015 and will happily testify to the high quality of the equipment."

"We have been using ACI's reliable lasers since 2005, and whenever we embark on a new project, I am always pleased with the expert advice we are given, the rapid response times, the fair prices and the excellent support. Fantastic service all round!"

used drum magnetic separators for sale. sollau equipment & more | machinio

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Product Description Chemical process magnetic Separation drum B separator Separation drum A Split combination It can easily enter the elevator and is convenient for installation. Details Images Top Quality of Sep...

Product Description Yongli gold washing plant used to mine gold mixed with sand in palaeochannel, palaeo-riverbed, alluvial placer, tailing after ball milling, and diamond and zirconium in raw ore. If the percent...

HighIntensityMagneticSeparator/Dry MagneticSand Separator/MagneticSeparator Manufacturer Brief Introduction ofMagneticSeparator Dry Magnetic Drum Separatorand ball mill always combine into iron ore separa...

magnetic separator for manganese ore magnetic separator for manganese ore are devices that are primarily used for eliminating tramp iron from ores and for removing contaminating materials that can damage equipmen...

magnetic separator for manganese ore magnetic separator for manganese ore are devices that are primarily used for eliminating tramp iron from ores and for removing contaminating materials that can damage equipmen...

magnetic separator for manganese ore magnetic separator for manganese ore are devices that are primarily used for eliminating tramp iron from ores and for removing contaminating materials that can damage equipmen...

Product Description New Arrival magnetic CTB drum magnetic separator Separation drum A Split combination It can easily enter the elevator and is convenient for installation. Details Images Top Quality of mixer ma...

1.Processing flow: Gravity separating and magnetic separating 2.Recovery rate: It can reach to 80% 3.Grade change: 10%-48% Manganese ore belongs to the weak magnetic minerals, which can be recovered by high-inten...

used electro magnetic separator for sale. trio equipment & more | machinio

1.Electro magnetic design. 2.Rare earth magnet design. 3.Explosion proof. 4.Hydraulic drive for mobile crushers. 5.Stainless steel cladding. Description Electromagnetic Iron Separator (overbelt Electromagnetic )...

Electro-magnetic Separator This machine is applicable for removing ferrous contamination in powder form material which has been sieved from mess #40 screens. This separator is suitable for many industries, such a...

This machine is applicable for removing ferrous contamination in liquid form material which has been sieved from mess #30 screens. This separator is suitable for many industries, such as ceramic, chemical, electr...

Trio model CR42 self-cleaning electro magnetic separator complete with 42" x 48" air cooled magnet with wound coils and class H insulation, 5 h.p. electric motor, shaft mount speed reducer, v-belt drive and drive...

Trio model CR48 self-cleaning electro magnetic separator complete with 48" x 54" air cooled magnet with wound coils and class H insulation, 5 h.p. electric motor, shaft mount speed reducer, v-belt drive and drive...

S.G. Frantz Co. "FerroFilter" electromagnetic separator. Model number 73F2. Serial number E1512. It is designed to separate magnetic materials from heavy slurries at a maximum flow rate of 1,300 to 4,000 gph. It ...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

The quality-proven surface grinder designed with accuracy and productivity in mind. It uses strong cast iron and excellent structural design which eliminates internal stress and ensures rigidity and stability. Sp...

laser marking machine ,edm broken tap remover machine

EDM Portable Tap Remover machine can fast remove M2-M36 mm broken taps, drill, drift, etc., without damaging to the work piece. What applies a magnetic base and a cross stand to support the head, it can be placed at any position, adjust the processing direction comprehensively. It can be applied on any size of work-pieces, especially effective for large machine tools.

EDM Portable Tap Remover machine can fast remove M2-M36 mm broken taps, drill, drift, etc., without damaging to the work piece. What applies a magnetic base and a cross stand to support the head, it can be placed at any position, adjust the processing direction comprehensively. It can be applied on any size of work-pieces, especially effective for large machine tools.

SUN-01/SUN-02/SUN-03 Oil Water Separator Machine can separate the oil slick from the surface of cutting fluid in the machine tool water tank.SUN-100 Chip/Sludge Remover Machine can quickly and easily clean the metal debris, sludge and other impurities in the water tank to make the cutting fluid fully recycled, saving time and cost comparing with manual cleaning.The SUN-200 Cutting Fluid Filling Machine can quickly,accurately, and quantitatively fill CNC machine cutting fluid through the hand-held fluid filling gun flow metering system.The automatic gun-jumping function can greatly reduce the labor intensity of workers.

SUN-100 Chip/Sludge Remover Machine can quickly and easily clean the metal debris, sludge and other impurities in the water tank to make the cutting fluid fully recycled, saving time and cost comparing with manual cleaning.

The SUN-200 Cutting Fluid Filling Machine can quickly,accurately, and quantitatively fill CNC machine cutting fluid through the hand-held fluid filling gun flow metering system.The automatic gun-jumping function can greatly reduce the labor intensity of workers.

trotec laser system | trotec laser

What is a laser machine? What can a laser machine be used for? A laser can be used for engraving, cutting and marking various materials. Think for example of working wood, acrylic, leather, paper or metal. Which laser machine is the right one for you depends on what you want to laser. We offer a suitable laser for virtually any application. The range includes laser engravers, laser cutters, large-format laser cutting machines and industrial marking lasers.

laserpecker pro professional laser engraver diy 3d mini printer portable laser engraving machine desktop etcher cutter engrave

Auto focusThe electric bracket can automatically focus according to the distance of the surface of the engraved object, Recommended Focal length: 190mm-200mm the distance from laser mirror plane to the surface of engraved itemPortable and Strong Light DesignThe compact laser etcher can be take anywhere and powered by power bank; NO base design, NO limit on Engraving Height, Supported File Formats: JPG / BMP /PNG /G-code , Photo/Vector both supportedEasy APP to Use and Accurate Precision Wirelessly bluethooth controlled by a smartphone; Greater power, faster speed, 0.01mm accurate precision engraving; Engraving range: 10*10CM: Four engraving modes, import images,textdrawing or painting directly;Durable and Safe Laser etching machine with high quality laser head make durablity, better stability and long working time; Working warning alert, motion-trigged stop, overheat shutdown, password lock will keep you safe from accidents: Safe Certification: CE, FCC, FDA, RoHSCDRH,IEC 60825-1 (Laser Class1)IEC 60825-1 (Laser Class 4)Materials can be engraved Wood, Paper, Leather, Fruit, Felt etc Materials can't be engraved Metals, Stone, Jewelry, Reflective Material,Silver ,Plastic, white paper (astigmatism, poor effect), materials that can't be burned or focused such as metal without any paint coating, light-transmissive plastic,plastics with added flame retardant materialsWide applicability Good for beginners, professionals, hobbyists, carpenters, bakers, leatherworkers, designers, handcrafters, craftsman, craftspeople, craft enthusiasts, modeling enthusiasts, DIY handyman , maker, artist and small businessesSpecifications:Basic Size: 65 * 61 * 53 mm / 2.56 * 2.4 * 2.09 inSuit Size: 23*19*13.5cm/9.05*7.48*5.31inBasic Weight: 190GSuit Package Weight: 1.9 KGLaser Source: 1500 mw 405nm blue-violet laserLaser Output: 100 level adjustableMaterial: Anodized aluminumColor: GrayApp Connection: BluetoothSupported File Formats: JPG / BMP / /PNG /G-codeCompatible: IOS 10.0+ / Android 4.4+Not Support Windows-7/8/10/Vista/XP, Mac OS-10.10/11/12/13/14Communication Port: Type-C (5v,2A)Operating Temperature Range Celsius: 0 - 65Operating Humidity Range: 5 % to 80 %(non-condensing)Software: APPLaser Power: 1600mWLifetime Estimation : 10000 hours+Laser head can Replace: YesCertification: CE, FCC, FDA, RoHSCDRH,IEC 60825-1 (Laser Class1)IEC 60825-1 (Laser Class 4)Package list:1 * Laser engraving machine1 * Protective glasses1 * Type-C cable1 * Tripods1 * Electric stand1 * Adapter

We are proud to offer international shipping services that currently operate in over 200 countries and islands world wide. Nothing means more to us than bringing our customers great value and service. We will continue to grow to meet the needs of all our customers, delivering a service beyond all expectation anywhere in the world.

Yes. We provide free shipping to over 200 countries around the world. However, there are some location we are unable to ship to. If you happen to be located in one of those countries we will contact you.

We are not responsible for any custom fees once the items have shipped. By purchasing our products, you consent that one or more packages may be shipped to you and may get custom fees when they arrive to your country.

All orders can be cancelled until they are shipped. If your order has been paid and you need to make a change or cancel an order, you must contact us within12 hours. Once the packaging and shipping process has started, it can no longer be cancelled.

magnetic separation technology for a recycling industry

Magnetic Separation is the process, in which the magnetically caused material is detached easily by using a magnetic force. From last many years, magnetic separators are used for various separation process in recycling industry like Glass recycling, Scrap material, Pet flakes, Plastic recycling, Rubber recycling, Municipal solid waste (MSW), e-waste recycling etc.

Magnetic Separator is the most trusted machine used to recover metal from the waste materials. It is known for the easy separation process to detach fine particles which have poor magnetic properties. Magnetic separator provides the excellent separating effect, as it uses dynamic magnetic system design. Recycling industries are using magnetic separator because of its various advantages like large handling capacity, low maintenance rate, simple structure and adjustable magnetic field intensity.

Eddy Current Separator is the most trusted separator, used to segregate valuable non-ferrous metals like aluminium, brass, copper, lead etc. It has an advantage of high frequency and high separation capability. Eddy Current Separator is robustly constructed with anti-vibration pads and its powerful quality of magnets provides the best and smooth separation for the recycling industry.

It has a capacity from 2MT/hr to 15MT/hr. Eddy Current provides its best separation service in various fields of recycling industry like plastic, rubber, glass, municipal solid waste, e-waste, pet etc. And the industries can take a huge advantage of using eddy current separator for their current application.

Overband Magnetic Separator is known for providing the excellent service of separating tramp iron from the material that is being processed on the conveyor belt or a vibratory feeder. Overband magnetic separator is used to protect machines like crushers, shredders by removing ferrous particles and it easily removes the heavy dust particles. It is used in many industries like food, sponge iron, charcoal, glass etc.

Specially designed Magnetic Head Pulley to detach tramp metals like steel, bucket teeth, bore crowns, bar scrap, chains, and tools. Recycling industries are using Magnetic Head Pulleys to segregate steel, municipal waste and many other ferrous contaminations like cans, nuts, nails etc.

From last many decades, Manufacturing industries are playing a most crucial role in our global economy. They are trying to develop high capacity and high-frequency pumps for the recycling industry, because theyre facing an issue of sorting recyclable material by removing various tramp metals like steel, bucket teeth, bore crowns etc.

Machines are not able to provide the best separation solution in the various field of recycling industry like plastic, rubber, glass, municipal solid waste, e-waste, pet etc. After facing these all issues regularly they are looking for high capacity which is having high-intensity magnets to remove impurities easily.

Jaykrishna magnetic Pvt. Ltd. understands all problems that the industries are facing now!!! We design a machine which is of high capacity that easily recovers metal from the waste materials. Our machines are evolved by using the latest technology that can be easily operated and to provide best separation results in various fields of the recycling industry.

We are famous for manufacturing and supplying magnetic separators which is of high capacity that easily provides the perfect separation solution. Jaykrishna Magnetic Pvt. Ltd. has 38+ years of experience in developing machines which are highly efficient and easy to handle.

Our magnetic separators are designed by the team of experts who have a great knowledge of designing and developing various types of magnetic separators and vibratory equipment. Our experts take care of clients need, before supplying any machine to them.

Our machines are installed in various fields of recycling industry like plastic, rubber, glass, municipal solid waste, e-waste, pet etc. We also design different types of magnetic separators like Eddy current separators, Overband Magnetic Separator and Magnetic Head Pulley as per the clients requirement to deliver them a best product.

If you are facing a problem of extracting tramp metals steel, bucket teeth, bore crowns etc. then feel free to contact us. Our team will get back to you with the best and effective solution that solves your problem.

Jaykrishna Magnetics Pvt. Ltd. is the leading manufacturer and exporter of Magnetic and Vibratory Equipments in India. We are established since 1978. The unique and premium structural design imparts quality and elegance to our products. Our focus is on continuously improving our process, service and products to exceed the benchmarks set by our competitors and offer better products to you.

laserpecker pro magnet retaining flap small portable folding protectio madethebest

We have a 30-day return policy, which means you have 30 days after receiving your item to request a return. To be eligible for a return, your item must be in the same condition that you received it, unworn or unused, with tags, and in its original packaging. Youll also need the receipt or proof of purchase. To start a return, you can contact us at [email protected] If your return is accepted, well send you a return shipping label, as well as instructions on how and where to send your package. Items sent back to us without first requesting a return will not be accepted. You can always contact us for any return question at [email protected]

Damages and issues Please inspect your order upon reception and contact us immediately if the item is defective, damaged or if you receive the wrong item, so that we can evaluate the issue and make it right.

Exceptions / non-returnable items Certain types of items cannot be returned, like perishable goods (such as food, flowers, or plants), custom products (such as special orders or personalized items), and personal care goods (such as beauty products). We also do not accept returns for hazardous materials, flammable liquids, or gases. Please get in touch if you have questions or concerns about your specific item. Unfortunately, we cannot accept returns on sale items or gift cards.

Refunds We will notify you once weve received and inspected your return, and let you know if the refund was approved or not. If approved, youll be automatically refunded on your original payment method. Please remember it can take some time for your bank or credit card company to process and post the refund too.

the working principle of magnetic chip remover - about marking machines - news - hbs tech co., ltd

Magnetic chip machine Working principle! Magnetic chip cutting machine is the principle of magnetic discharge. Magnetism of the magnetic chip machine material originates from the magnetic moment of the atom in the material. In atoms, electrons in a rotating state can simply be viewed as a closed loop, so the electrons in the rotating state must be accompanied by a magnetic moment. In free space, the emblem moment of free atoms unaffected by other environments has two main sources, one is the electron orbital magnetic moment generated by the orbital angular momentum of the electron orbiting the nucleus, and the other is the electron spin magnetic moment produced by the spin motion of the electron itself.Magnetic Chip RemoverThe total magnetic moment of the electron is proportional to the total angular momentum of the electron (orbital angular momentum and the vector of spin angular momentum). For a free atom or ion of multiple electrons, its magnetism is provided by the orbital emblem moments and the spin aids moments produced by electrons in the shell layer. When the electrons fill the shell, the orbital motions and spin motions of each electron occupy all possible directions, which are symmetrically distributed so that the total angular motion T is zero. No contribution to the atomic magnetic moment.Magnetic Chip RemoverIron Family of transition family, such as Fe, Ni, CO and so on, atomic emblem moment to explore the shell layer of 3d electrons. The emblem of the rare earth element T is derived from the 4f electrons in the shell layer. The free atom or the magnetic moment of absence can be computed according to the hund principle. The magnetic separator uses the magnetic material to separate the metal scraps.Magnetic Chip RemoverIn addition to chip conveyor, chip machine, machine tool accessories detailed description, magnetic chip conveyor, powder foam iron conveying tool: Each group of magnetic materials the largest adsorption is fixed, micturition volume can be based on the transmission speed, each group of magnetic material spacing to change. Magnetic Chip RemoverThe main transmission length under 50mm of magnetic flux-breaking, debris, powder crumbs; widely used in CNC machine tools, modular machine tool production line, machining center, such as cutting machine tool guide magnetic chip conveyor, and other forms of chip machine, filter combination to achieve the different requirements of the host, with cooling oil transport ideal effect The dimensions of each part, the cooling tank can be designed and manufactured according to the different design of the cutting machine, the chain sheet-type chip conveyor-the perfect tool for the automation of the chip conveying.Magnetic Chip Remover

Magnetic chip machine Working principle! Magnetic chip cutting machine is the principle of magnetic discharge. Magnetism of the magnetic chip machine material originates from the magnetic moment of the atom in the material. In atoms, electrons in a rotating state can simply be viewed as a closed loop, so the electrons in the rotating state must be accompanied by a magnetic moment. In free space, the emblem moment of free atoms unaffected by other environments has two main sources, one is the electron orbital magnetic moment generated by the orbital angular momentum of the electron orbiting the nucleus, and the other is the electron spin magnetic moment produced by the spin motion of the electron itself.Magnetic Chip Remover

The total magnetic moment of the electron is proportional to the total angular momentum of the electron (orbital angular momentum and the vector of spin angular momentum). For a free atom or ion of multiple electrons, its magnetism is provided by the orbital emblem moments and the spin aids moments produced by electrons in the shell layer. When the electrons fill the shell, the orbital motions and spin motions of each electron occupy all possible directions, which are symmetrically distributed so that the total angular motion T is zero. No contribution to the atomic magnetic moment.Magnetic Chip Remover

Iron Family of transition family, such as Fe, Ni, CO and so on, atomic emblem moment to explore the shell layer of 3d electrons. The emblem of the rare earth element T is derived from the 4f electrons in the shell layer. The free atom or the magnetic moment of absence can be computed according to the hund principle. The magnetic separator uses the magnetic material to separate the metal scraps.Magnetic Chip Remover

In addition to chip conveyor, chip machine, machine tool accessories detailed description, magnetic chip conveyor, powder foam iron conveying tool: Each group of magnetic materials the largest adsorption is fixed, micturition volume can be based on the transmission speed, each group of magnetic material spacing to change. Magnetic Chip Remover

The main transmission length under 50mm of magnetic flux-breaking, debris, powder crumbs; widely used in CNC machine tools, modular machine tool production line, machining center, such as cutting machine tool guide magnetic chip conveyor, and other forms of chip machine, filter combination to achieve the different requirements of the host, with cooling oil transport ideal effect The dimensions of each part, the cooling tank can be designed and manufactured according to the different design of the cutting machine, the chain sheet-type chip conveyor-the perfect tool for the automation of the chip conveying.Magnetic Chip Remover

construction lasers, laser levels, rotary lasers, smart levels, rotary lazer levels, laser tape measure - engineersupply

The Bosch GPL5 point laser provides everything you need to execute horizontal, vertical, and corner alignment with precision and efficiency. Its horizontal, vertical, and right-angle beams help you confidently execute plumb alignments, corner alignments, and more. This durable, long-lasting laser level comes with its own protective carrying case and has a convenient self-leveling feature to ensure accuracy every time.

For outdoor projects that require extended range, entrust your precision and accuracy to RL25H and RL25HV Rotary Lasers from CST Berger. These rotary lasers can be mounted to a tripod and turned 360 degrees to cover the full area of your construction site from all angles. These tools have pinpoint accuracy in measuring distances up to 100 feet, and their extended range feature can cover up to 2000 feet in diameter.

With Laser Distance Measuring Tools, one can achieve more accurate measurement readings especially at extended lengths and in a shorter period of time. The longer that a measuring tape measure is extended, the harder it is to get an accurate measurement. You have to worry about slack in the line or applying too much tension on the tape and stretching or possibly even breaking it. You have to line up the marks directly with the starting point. Even temperature can affect your measurement when using traditional measuring tapes. Laser distance measuring tapes are one of the fastest and most accurate ways to collect measurements, especially if you have multiple measurements to take during the same job or day.

Its not uncommon, but it does surprise some newcomers to carpentry to learn that self-leveling is an option. Models that can do this start at about $80, and they can typically change back and forth between self-correcting to project a level cross line and giving you the plumb line for the devices current resting position. This lets you see how far from level the surface it rests on is as well.

The laser levels we represent and sell are rugged, durable, and user-friendly professional-grade tools. Many construction professionals are finding they need laser tools just to stay competitive in the industry. These laser leveling tools are used for leveling, plumbing, machine control, excavation work, landscaping, swimming pool construction, measuring elevation, measuring distance, alignment, site-prep grading, construction stake out, concrete leveling, home building, and many various construction job site tasks. We carry top brand names like CST/Berger, David White, Johnson Level, Northwest Instrument Laser Levels, Pacific Laser Systems, Skil Tools, Spectra Precision, Sokkia, Stanley Tools, and Topcon. Whether you're looking for discount laser levels, the best outdoor laser level, lazer level, laser levels for construction, laser level reviews, interior laser levels for installing drop ceilings, measuring long distances accurately, or laser levels for grading land, we have what you need. Rotary laser levels produce a 360 degrees level laser line around a work space. Some models are for indoor use only, and some models will handle indoor and outdoor use. Rotary lasers have a greater range than line generators and are more ideal for larger and exterior work sites. Line laser levels, also known as "Line Generators", are used primarily for single site interior work, such as a wall or ceiling. Most line generators project cross-hair lines. Depending on the model some will project different patterns including cross-hair, single lines, and even combination of both. Plumb lasers or Dot Lasers produce a solid reference dot on the wall or work surface. These are usually used when you want something plumb or level but do not need a laser line produced. They come in a variety of dot patterns for plumb and square configurations. Pipe Lasers are used to align pipe and assist in setting grade. They produce a single dot towards the front of the laser and usually include brackets and hardware to clamp onto pipe or manholes for alignment purposes. Laser Detectors (aka Laser Receiver) are used to detect a laser levels beam when the human eye cannot. Typically used outdoors, laser detectors are usually attached to a grade rod and used to pick up a rotary laser levels beam for grading purposes. Machine Control Laser Detectors are mounted to heavy equipment such a skid-steers, trackhoes, or bulldozers. They are the same as a regular laser detector only much larger so they the laser beam is easier to detect during the movement of heavy equipment, and they usually have a magnetic or clamp mount system for mounting to your blade, backhoe, or skid-steer. Machine Control Systems are used to monitor the elevation of various point on heavy equipment from the cab. Mostly used for grading excavation jobs where time saving and accuracy is paramount. Laser Level Accessories are used to hold or mount a laser level better, or laser level glasses that enhance a laser beam. Laser Level Tripods are used to mount or hold a laser up high in a sturdy manner. Mostly used with rotary laser levels for jobsite use or in big open work areas. Laser Level Jamb Poles are used to hold a laser level in the middle of a room by being jammed between floor and ceiling. Additionally, you might consider reading our document Construction Laser Levels Explained. Lasers are known as Distance Laser Measuring Tools, Laser Measuring Tools, Laser Measuring Equipment, Laser Distance Meters. Laser Measurement, Laser Measuring, Construction Tools, Distance Measuring, Distance Measuring Instrument, Measuring Tools, Laser Levels, Laser Measuring, Liquid Level Gauge, and Level Lasers

Rotary laser levels produce a 360 degrees level laser line around a work space. Some models are for indoor use only, and some models will handle indoor and outdoor use. Rotary lasers have a greater range than line generators and are more ideal for larger and exterior work sites.

Line laser levels, also known as "Line Generators", are used primarily for single site interior work, such as a wall or ceiling. Most line generators project cross-hair lines. Depending on the model some will project different patterns including cross-hair, single lines, and even combination of both.

Plumb lasers or Dot Lasers produce a solid reference dot on the wall or work surface. These are usually used when you want something plumb or level but do not need a laser line produced. They come in a variety of dot patterns for plumb and square configurations.

Pipe Lasers are used to align pipe and assist in setting grade. They produce a single dot towards the front of the laser and usually include brackets and hardware to clamp onto pipe or manholes for alignment purposes.

Laser Detectors (aka Laser Receiver) are used to detect a laser levels beam when the human eye cannot. Typically used outdoors, laser detectors are usually attached to a grade rod and used to pick up a rotary laser levels beam for grading purposes.

Machine Control Laser Detectors are mounted to heavy equipment such a skid-steers, trackhoes, or bulldozers. They are the same as a regular laser detector only much larger so they the laser beam is easier to detect during the movement of heavy equipment, and they usually have a magnetic or clamp mount system for mounting to your blade, backhoe, or skid-steer.

Additionally, you might consider reading our document Construction Laser Levels Explained. Lasers are known as Distance Laser Measuring Tools, Laser Measuring Tools, Laser Measuring Equipment, Laser Distance Meters. Laser Measurement, Laser Measuring, Construction Tools, Distance Measuring, Distance Measuring Instrument, Measuring Tools, Laser Levels, Laser Measuring, Liquid Level Gauge, and Level Lasers

EngineerSupply was founded and started in 1999 with the idea of aggregating Engineering Supplies, Land Surveying Equipment, Drafting Supplies, Art Equipment, Industrial Equipment, and Construction Tools into one combined catalog. Internet technology allows a company like EngineerSupply to keep a catalog updated, but that alone is not enough... View More

machine control laser detectors, bulldozer laser mount, trackhoe laser mount, backhoe laser mount, dozer grade detector - engineersupply

EngineerSupply was founded and started in 1999 with the idea of aggregating Engineering Supplies, Land Surveying Equipment, Drafting Supplies, Art Equipment, Industrial Equipment, and Construction Tools into one combined catalog. Internet technology allows a company like EngineerSupply to keep a catalog updated, but that alone is not enough... View More

laser engraving electronic components | trotec marking laser

Products in the electronics and semiconductor industry are mostly mass-market products that are produced fully andautomatically in large numbers. Many parts, such as SMD components, are very small and need to be labeled with a lot of information. For this purpose small, complex 2D Data Matrix codes are used, which must be permanent and easilylegible. Due to these requirements, the electronics industry has already made laser marking a standard procedure. Galvo laser systems allow for a trouble-free, quick, fully or semi-automated labeling process.

Electronic components and PCB boards are marked with permanent, solder resistant and easy-to-read laser markings. These labels serve as identification for traceability, internal quality assurance or trademark protection. Another application in the electronics industry is laser cutting of flame retardant electrical insulating foils that act as a separator between electronic components and printed circuit boards. In prototype construction, the CO laser offers advantages over conventional methods, such as punching.

Laser marking systems are capable of permanently and quickly engraving most materials that are used in the electronics and semiconductor industry with a high-contrast finish. Depending on the requirements and piece numbers, they can be introduced as a stand-alone laser workstation or fully integrated into the production line.

The laser works contactless, i.e. in contrast to classical mechanical engraving, the workpiece does not have to be fixated in the laser device. The casings of electronic devices are mostly made of anodized aluminum. Since CO2 lasers can process metals, if at all, only with additional implements, the metal surface remains intact.

When marking with CO2 lasers, it is necessary to apply a special paste or spray, which must be applied to the workpiece and dried before the laser process. The marking is then burned into the metal with the laser.

After the laser process, the residues of the paste or spray must be washed off. For this operation, a lot of energy is required; thus, the laser must be moved at an appropriately low speed. On some metals, high contrast can be achieved by using this process, while it should be noted that not all metals are suitable for paste or spray marking. The necessary pastes or sprays are very expensive, and the whole process is very time-consuming. It is possible for metals tobe directly marked with a fiber laser.There is adistinction made between engraving, annealing marking, and coating ablation. The devices of the Speedy flexx series are equipped with a CO2 and a fiber laser. You can use both laser sources in a single job without having to manually change the laser source, the lenses or the focus. The patented JobControl laser software makes it possible: Simply assign the desired laser source to each color of the graphic.