Industries we served

  • Example of infill density/percentage options showing the range of internal structures we can produce.
  • Demonstrates how different infill settings can be used to increase part strength or reduce overall weight.
  • Internal structure can be customized based on functional requirements such as
    durability, load-bearing, or material efficiency.
  • Capable of producing complex geometries, including functional components such as
    propellers and intricate designs.
  • High precision printing ensures accuracy, strength, and consistent quality across
    different part types.
  • Suitable for prototyping as well as functional end-use applications depending on
    requirements.
  • Material used offers properties comparable to PEEK, providing excellent strength
    and durability.
  • Suitable for demanding industrial applications requiring high temperature and
    chemical resistance.
  • Designed to deliver reliable performance while reducing manufacturing cost and
    lead time.

Manufactured using SKD11 material.

Multiple machining processes involved.

Tolerance maintained within 10 microns.

High precision and quality finishing.

Manufactured using Aluminum 6061.

Tolerance maintained within 15 microns.

High precision machining and finishing.

Suitable for precision industrial applications.

Manufactured using SLD Magic material.

Precision-machined to maintain a tolerance of ±15 microns.

Designed for use as a high-precision clamping mechanism.

Manufactured using high-precision laser cutting and CNC sheet metal bending processes.

Fabricated from AISI 321 (SUS321) aerospace-grade stainless steel, providing excellent
high-temperature performance, oxidation resistance, and long-term durability.

Designed to achieve superior dimensional accuracy, structural integrity, and precision fit.

Precision component manufactured from G04 tool steel.

Material hardness maintained at 56–58 HRC, providing excellent wear resistance and dimensional stability.

Manufactured to achieve dimensional accuracy and tolerances within ±2 microns, ensuring
exceptional precision and repeatability.

Automotive component manufactured to meet industry precision standards

• Produced using advanced CNC milling and high-precision grinding processes

• Engineered for superior dimensional accuracy, surface quality, and performance

• Suitable for demanding automotive applications and tight-tolerance assemblies

Contact strip manufactured from bronze

Machining: CNC milling, CNC wire cut

Tolerance: within 20 microns (0.02 mm)

Custom precision part manufactured using advanced 5-axis simultaneous machining

• Incorporates high-accuracy swarf machining for complex contour geometry

• Features premium geodesic surface finishing for enhanced surface quality and performance

• Engineered to achieve superior dimensional accuracy and precision craEsmanship

Custom rubber bellow mold manufactured for precision molding applications

• Machined using advanced CNC milling and CNC turning processes

• Incorporates custom tooling and precision cavity machining

• Designed with high-accuracy mold finishing for consistent product performance

  • Example of infill density/percentage options showing the range of internal structures we can produce.
  • Demonstrates how different infill settings can be used to increase part strength or reduce overall weight.
  • Internal structure can be customized based on functional requirements such as
    durability, load-bearing, or material efficiency.

  • Capable of producing complex geometries, including functional components such as
    propellers and intricate designs.
  • High precision printing ensures accuracy, strength, and consistent quality across
    different part types.
  • Suitable for prototyping as well as functional end-use applications depending on
    requirements.

  • Material used offers properties comparable to PEEK, providing excellent strength
    and durability.
  • Suitable for demanding industrial applications requiring high temperature and
    chemical resistance.
  • Designed to deliver reliable performance while reducing manufacturing cost and
    lead time.

Manufactured using SKD11 material.

Multiple machining processes involved.

Tolerance maintained within 10 microns.

High precision and quality finishing.

Manufactured using Aluminum 6061.

Tolerance maintained within 15 microns.

High precision machining and finishing.

Suitable for precision industrial applications.

Manufactured using SLD Magic material.

Precision-machined to maintain a tolerance of ±15 microns.

Designed for use as a high-precision clamping mechanism.

Manufactured using high-precision laser cutting and CNC sheet metal bending processes.

Fabricated from AISI 321 (SUS321) aerospace-grade stainless steel, providing excellent
high-temperature performance, oxidation resistance, and long-term durability.

Designed to achieve superior dimensional accuracy, structural integrity, and precision fit.

Precision component manufactured from G04 tool steel.

Material hardness maintained at 56–58 HRC, providing excellent wear resistance and dimensional stability.

Manufactured to achieve dimensional accuracy and tolerances within ±2 microns, ensuring
exceptional precision and repeatability.

Automotive component manufactured to meet industry precision standards

• Produced using advanced CNC milling and high-precision grinding processes

• Engineered for superior dimensional accuracy, surface quality, and performance

• Suitable for demanding automotive applications and tight-tolerance assemblies

Contact strip manufactured from bronze

Machining: CNC milling, CNC wire cut

Tolerance: within 20 microns (0.02 mm)

Custom precision part manufactured using advanced 5-axis simultaneous machining

• Incorporates high-accuracy swarf machining for complex contour geometry

• Features premium geodesic surface finishing for enhanced surface quality and performance

• Engineered to achieve superior dimensional accuracy and precision craEsmanship

Custom rubber bellow mold manufactured for precision molding applications

• Machined using advanced CNC milling and CNC turning processes

• Incorporates custom tooling and precision cavity machining

• Designed with high-accuracy mold finishing for consistent product performance