Topology Optimization

Maximize performance

Weight Reduction

Structural compliance

View Details

Applications
Specifications

Jigs and Fixtures

Heavy weight fixtures are no more required and can be easily optimized to make it lightweight

Mechanical & thermal components

improved stiffness of the components with the mass & cost savings

Spare parts and end use parts

Direct end use parts which are obsolete with necessary qualification

Heat Exchanges & Heatsinks

increasing the surface area with mass reduction for better convection & heat transfer efficiency

Layer thickness

0.05 – 1 mm

Max dimensions

250 x 250 x 325 mm and 400 x 400 x 400 mm

Minimum Wall thickness

0.8 – 1 mm

Standard Accuracy

± 0.2% (with lower limit on ± 0.2 mm)

Lead Time

Minimum 10-14 working days for dispatch

Surface finish

1.6-9 μm Ra depending on post-processing

What are the Benefits of topology optimization?

Topology optimization can drastically reduce product development timeline. It eliminates any unnecessary features or material, reducing both waste and cost. Improved product aesthetics and performance.

Topology Optimization

Applications

Jigs and Fixtures

Mechanical & thermal components

Spare parts and end use parts

Heat Exchanges & Heatsinks

Specifications

Layer thickness

Max dimensions

Minimum Wall thickness

Standard Accuracy

Lead Time

Surface finish

What are the Benefits of topology optimization?

Freedom of design

Complex structures

Increased productivity level

Industry Tailored solutions