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Powder

Materials Processing & Industrial Applications

Materials Processing & Industrial Applications

…durable, functional, and can be produced economically even in low numbers. Selective Laser Sintering (SLM) builds a part from polymer or metal powder by using a sealed CO2 laser, such as a DIAMOND C-Series laser or a 1 µm fiber laser. Key benefits of SLM are high accuracy and smooth surface finish.…

Microsoft Word - LMT Lens Optics Cleaning Procedure COHR.docx

Microsoft Word - LMT Lens Optics Cleaning Procedure COHR.docx

…the following cleaning components as depicted in Figure 1. Figure 1. Lens Cleaning Kit Components 2. Remove the nozzle assembly as shown in Figure 2. The assembly is held in place with magnets. Canned Dry Air Powder Free Nozzle Assembly Alcohol Cotton Swabs Lint Free Lens Paper Optic Nut Wrench

EVO MOBILE

EVO MOBILE

…equipped with Nd:YAG or diode pumped laser sources depending on the requirements of the application and thus supports both laser welding and laser powder cladding tasks. Contact Us About This Product Close PRICE HERE The EVO MOBILE is a high-performing, flexible and mobile laser class 4 welding…

3D Metal Printer

3D Metal Printer

…create parts from a wide range of powdered metal alloys such as stainless steel, titanium, aluminum, cobalt-chrome, brass, and bronze. The system offers an ideal solution for a wide range of applications, including:
* Dental components
* Tooling
* Mold making
* Powder development research Contact Us…

LRS EVO

LRS EVO

…laser source and works in pulsed mode as well as in CW. The LRS EVO offers a wide range of applications as heat conduction welding, deep welding, powder cladding and wire welding. User-friendliness as well as an ergonomic design in combination with excellent, stable beam quality and automatic lens…

ROBOLASER

ROBOLASER

…on the configuration of the ROBOLASER system, it can be automated and integrated for laser 3D cutting, welding, hardening or AM with laser blown powder applications. ROBOLASER systems offer dynamic material processing capabilities for manufacturers and can be equipped with fiber or diode-pumped…

Whitepaper LMC PM-Pro LAM updtd 3 05 19.pdf

Whitepaper LMC PM-Pro LAM updtd 3 05 19.pdf

…Then
the laser is scanned over the powder to selectively melt and resolidify it in the desired pattern
for that layer. After a layer is finished, the powder bed is lowered an amount equivalent to the
thickness of the layer, and a new layer of powder is spread over it. The laser writes…

COHR CREATOR DS 0119 1.pdf

COHR CREATOR DS 0119 1.pdf

…FEATURES & BENEFITS · Portable controller provides the most intuitive graphical user interface running on a tablet · Powder reservoir can contain almost double the powder quantity · Maximum productivity by a unique circular coater design · Simple and precise positioning of the building platform…

HighLight-Direct-Diode-Industrial-Systems-Brochure.pdf

HighLight-Direct-Diode-Industrial-Systems-Brochure.pdf

…deposition rates
of ~30 lb./hr. possible
· Excellent cladding metallurgy
· High efficiency process -- lower thermal input and lower
powder consumption
· Minimal pre/post processing required
· Precision control
· Wall plug efficiency >50% => low operating cost…

Laser Focus World - January 2015

Laser Focus World - January 2015

Powder
Line beam
Direction of beam travel
Clad area
Powder
spray nozzle
Laser
head
January 2015 www.laserfocusworld.com Laser Focus World
78
HIGH-POWER LASER-DIODE ARRAYS continued
problems are that the coating is not metallurgically bonded to…

CoherentLaserCladding March2014.pdf

CoherentLaserCladding March2014.pdf

…3, 4).
Laser
head
powder
spray
nozzle
clad
area
line beam direction of beam travel
powder
high power diode laser powder cladding
Figure 1. Typical processing geometry for high power diode laser
powder cladding. Either the part or the beam…

COHR MaterialsProcessingBrochure 0816revA 3.pdf

COHR MaterialsProcessingBrochure 0816revA 3.pdf

…process is differentiated between Stereolithography (SLA) using an epoxy polymer and Selective
Laser Sintering (SLM) using metal or ceramic powder. In both the SLA
and SLM processes, a 3-D CAD model is sliced into many layers like a
stack of cards then transferred to the SLA or SLM…