About us
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Laser Powder Bed Fusion from 3D systems Pro X200
Key specifications and details include:
Build Volume: 140 × 140 × 125 mm (5.51 × 5.51 × 4.92 inches)
Technology: Powder Bed Fusion / Direct Metal Printing (DMP)
Accuracy & Resolution: Typical accuracy of ± 50 μm on small parts, with layer thicknesses ranging from 10 to 100 micrometers.
Materials: Capable of printing with a broad range of metals, including cobalt-chrome (CoCr), stainless steel, tool steel and Nickel based alloys
•Service for small production , prototype, legacy parts for collector , line down issue or peak shaving business disruption
Post processing contingent of internal capabilities
Machining, polishing and heat treatment of parts and completed materials.
Materials
Stainless Steel 300 series ,17-4
Inconel 625
Tool steel H1O
Project Status
We are with you every step of the way. There is no reason why you should have to reach out for a simple update.
This chart will provide an accurate and viewable chart of works and completions. We will directly email you updates when each step has been completed.
Our Works
Our work is conducted with the outmost respect for your project and needs. We strive to put you, the client first.
Please refer to the gallery below for past works and reviews.
Rough Estimate
A rough estimate will require the following measurements.
Weight in grams
Height in millimeters
Weight in grams
Business statement
The history of industry had developed from four main revolutions, propelling humanity from an artisanal hub to a buzzing globalist of automated masse production. We continue to expand and pivot around the successive use of labor force , energy, technology and affordability to drive expansion.
Mechanization came first, followed by the ease of access to energy fueled by oil and electricity. Third came automation, a means to quicker and more effective production, followed by the incremental introduction of non biological intelligence and programming.
In all those phases human craftsmanship has stayed central and evolved with the times. As a result labor productivity has explored pushed new boundaries while increasing safety and decreasing physical labor demands.
Nevertheless a few issues remain, blocking the road to success.
These include, ROI, labor force costs ,overhead demands and cash flow.
LASER4U challenges this paradigm by offering limited and flexible services based on short loop supply chain, labor force availability, flexible lead time and first generation equipment use.
Laser4 U growth is based on dedicated participative ownership and supplemental activities impacting the local community. We strive to put our best foot forward in the name of progress.
Owner
Thierry Marchione was born in France in 1963. He began developing Laser4U in 2023 and has since then moved to launch his own models while putting in the hard work.
Thierry has a degree in engineering, obtained in France and reaccredited in the USA after he migrated on a work visa in 1995.
Thierry is the father of five children and three grandchildren. He loves his country and community always striving to be of help when and where he can, including volunteer working for skiers with special needs at Deer Valley and Park City ski resort.
Education and Accolades
Thierry Marchione went to school in France in 1`995, with a degree in photonics engineering, and laser material processing at a masters level from the University of Louis Pasteur.
He served in the french military in an airborne regimen from 1985 to 1986.
