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Advanced Laser Materials (ALM) began under a technology license from the University of Texas at Austin in late 2003. A group of dedicated chemical, processing and engineering experts embarked on a mission to commercialize the development of Additive Manufacturing (AM) material systems. Since then, the scope of our work has exponentially broadened to include highly specialized research and development of thermoplastic Rapid Prototyping (RP) and AM materials for our clients.

The function of our business is simple: we are responsive to your needs and provide the necessary support functions required to continually earn your business. We believe in establishing and growing relationships based on value and service. Our experienced staff invests time in understanding your business so we can provide you with a material solution tailored to your specific application.

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Advanced Laser Materials (ALM) PA 620 MF is a mineral fiber filled nylon 12 easy to process, strong and heavier weight filled material. Drop in replacement for other commercially available fiber filled materials with an increase in recyclability. Fibers have been optimized to produce a smooth surface finish without sacrificing feature detail for tensile properties. Excellent choice for rugged industrial or tooling applications with high tensile modulus values and an HDT of ~177° C.

Advanced Laser Materials (ALM) PA 620 MF

Advanced Laser Materials (ALM) PA 840 GSL is a engineered for excellent mechanical properties, part definition and surface finish. Stabilized against thermal degradation resulting in little or no scrap material, with typical virgin refresh rates from 15 to 25%. Good temperature control is required to process this material.

Advanced Laser Materials (ALM) PA 840 GSL

Advanced Laser Materials (ALM) PA 802 CF is a black melt mixed carbon fiber filled nylon 11.

Advanced Laser Materials (ALM) PA 802 CF

Advanced Laser Materials (ALM) PA 605 A is a 50% Aluminum filled nylon 12 that can produce accurate parts with excellent part strength and surface detail. Drop in replacement for other commercially available 50% aluminum filled materials with an increase in recyclability. Improved heat transfer, good dimensional stability and pleasant gray metallic part appearance. Easy to post process; good machinability and can be sanded.

Advanced Laser Materials (ALM) PA 605 A

Advanced Laser Materials (ALM) PA 614 GS is a 40% glass sphere filled material for improved dimensional stability, increased stiffness, and higher temperature applications when compared to unfilled PA. Drop-in replacement for other commercially available 40% glass sphere filled PA 12 laser sintering powders. More recyclable, produces a better part surface finish, and the dry powder flow has been optimized.

Advanced Laser Materials (ALM) PA 614 GS

Advanced Laser Materials (ALM) PA 616 GS is a 50% glass sphere filled material for improved dimensional stability, increased stiffness, and higher temperature applications when compared to unfilled PA. The PA 616-GS can be processed on any laser sintering platform, but has been specifically engineered for EOS platforms. PA 616-GS is slightly less recyclable when compared to PA 615-GS, but produces a smooth part surface finish.

Advanced Laser Materials (ALM) PA 616 GS

Advanced Laser Materials (ALM) PA 606 FR is a only commercially available fire retardant nylon 12 material, which meets FAR 25.853 60 second burn specification. The parts produced from PA 606-FR have a much smoother surface finish and sharper feature detail when compared to FR-106. The PA 606-FR will have both mechanical and physical property characteristics similar to PA 650.

Advanced Laser Materials (ALM) PA 606 FR

Advanced Laser Materials (ALM) PA 860 is a formulated for easy processing across all LS platforms. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail. Parts produced from PA 860 exhibit outstanding mechanical properties without the need to double scan. This material also exhibits very little out gassing, which decreases the potential for “fogging” on the laser window and IR sensors.

Advanced Laser Materials (ALM) PA 860

Advanced Laser Materials (ALM) PA 850 BLACK is a formulated for easy processing. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail. Parts produced from PA 850 Black exhibit outstanding mechanical properties without the need to double scan. This material also exhibits very little out gassing, which decreases the potential for “fogging” on the laser window and IR sensors.

Advanced Laser Materials (ALM) PA 850 BLACK

Advanced Laser Materials (ALM)

Advanced Laser Materials (ALM) began under a technology license from the University of Texas at Austin in late 2003. A group of dedicated chemical, processing and engineering experts embarked on a mis

Advanced Laser Materials - Additive Manufacturing - Value

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Advanced Laser Materials (ALM) TPE 210 S exhibits good feature definition and infiltration with polyurethane will impart even higher toughness and abrasion resistance. TPE 210-S processes at a much lower temperature (~ 80 C) when compared to other commercially available flexible materials. TPE 210-S is 100% recyclable.

TPE 210 S Technical Data Sheet

TPE 210 S Technical Data Sheet - Advanced Laser Materials (ALM)

Advanced Laser Materials TPE 210 (US-EN) Safety Data Sheet

Advanced Laser Materials TPE 210 (US-EN) Safety Data Sheet - Advanced Laser Materials (ALM)

Advanced Laser Materials (ALM) TPE 210 S

Advanced Laser Materials (ALM) TPE 210 S exhibits good feature definition and infiltration with polyurethane will impart even higher toughness and abrasion resistance. TPE 210-S processes at a much lo

Advanced Laser Materials - TPE 210 S - Knowde

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	Value	Units	Test Method / Conditions
Average Particle Size (D50)	0.004	inches	Laser Diffraction
Bulk Density	0.26	oz/in3	ASTM D1895
Elongation at Break (XY)	38	%	ASTM D638
Flexural Modulus	195000	psi	ASTM D790
Heat Deflection Temperature	158	° F	ASTM D648
Heat Deflection Temperature (66 psi)	367	° F	ASTM D648
Izod Impact Strength - Notched (XY)	1.3	ft-lb/in	ASTM D256
Izod Impact Strength - Unnotched (XY)	3.2	ft-lb/in	ASTM D256
Particle Size Range (D10-D90)	0.002 - 0.006	inches	Laser Diffraction
Sintered Part Density	0.618	oz/in3	ASTM D792
Tensile Modulus (XY)	202000	psi	ASTM D638
Ultimate Tensile Strength (XY)	6700	psi	ASTM D638

Advanced Laser Materials (ALM) TPE 210 S

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