Our Process

With our 3d printing technology, actual physical objects can be created from the digital model of that part. The physical part is manufactured by the additive deposition of material, rather than the traditional manufacturing processes which actually remove the material. This technology is greatly suited for building a smaller quantity of parts. Since no special tools, dies, or jigs are required, this process is fast, efficient, and low cost. Apart from automotive and manufacturing areas, 3d printing is also being used successfully in other industries. For example, the healthcare/dental industry, as well as museum, consumer, and defense industry.

Some of the major 3D printing technologies in use include:

• Stereolithography (SLA)
• Selective laser sintering (SLS)
• Fused deposition modeling FDM or FFF
• Carbon Fiber Printing

The (SLA)Stereo lithography process employs a bed of liquid resin.  The ultraviolet laser builds parts’ layers one at a time by hardening the resin. Almost all the 3d printing technologies create cross sections of the digital CAD model. The amount of resolution needed on the part dictates the distance between the cross sections.

Our carbon fiber printers create prints that are much stronger than traditionally printed ABS and PLA. While the increased strength of the print is nice, these also remain lightweight compared to other prints. The finish is also much smoother visually and to the touch.

Benefits of 3D Printing: