Glaucoma Stent (Tesla Valve Design)

The model measures 1.35 × 0.8 × 2.65 mm³ with a minimum channel diameter of 30 μm, and nearly 2000 units can be printed in a single batch. It features extremely fine, minute, and complex structures, including a spring and a ball valve. The stent, equipped with a micro-spring, enables stable release of intraocular pressure, offering a revolutionary minimally invasive treatment option for glaucoma.

• 2 μm

  Optical resolution

• 30 μm

  Diameter

• 2000 pieces

  Batch printing

Endoscope base

Overall dimensions: 13.8 x 9.8 x 9.8 mm³. The structure features multiple wall thicknesses, with a minimum wall thickness of 80 μm at the base. The entire structure is formed in one shot without the need for assembly. Using S240A, 50 units can be batch-printed in a single run.

• 10 μm

  Optical resolution

• 80 μm

  wall thickness

• 50 pieces

  Batch printing

Surgical clamps

Overall dimensions: 12.8 × 13.2 × 2.5 mm³. Features a curved clasp with small raised particles on the inner surface and an angle of approximately 77°. Designed for ligation and anastomosis of blood vessels and tissues during surgical procedures.

• 10 μm

  Optical accuracy

• 77 degree

  angle

Ultra-thin zirconia dental veneers

An in-house developed zirconia slurry for additive manufacturing has been granted a Class III medical device certificate. It is used to produce dental veneers as thin as 80 μm while maintaining high strength and toughness, marking a shift in dental restoration from “invasive” to “non-invasive” procedures.

• 80 μm

  Thickness