Machining high precision components for the academic sector

Mecasoft is active in the academic world and in private design offices. To enable them to conduct their fundamental and applied research work well, we are developing very high precision machined metal components for these institutes.

Are you facing a challenge in the design of high precision machined parts?

Contact our design office

The electro-erosion techniques employed by Mecasoft for the academic sector apply in particular to:

  • Cutting test pieces for analysis and non-destructive testing (CND),
  • Surface texturing by erosion,
  • The study and production of microfluidic systems,
  • The machining of non-destructive artificial faults (grooves, micro-faults and micro-diameters),
  • The machining of parts for design offices in the nuclear industry and energy companies,
  • The production of supports for measuring instruments and force sensors for aircraft wind tunnels,
  • The machining and texturing of blades in order to discover the best flow efficiency in wind tunnels.
Our other sectors of business
Institut-012-Mecasoft-Roberty-Sebastien-37

Our products

von Karman Institute for Fluid Dynamics - Textured wing / Mat: Stainless steel / Qty : 10-100 von Karman Institute for Fluid Dynamics - Textured wing (detail of imprint) / Mat: Stainless steel/ Qty : 10-100 von Karman Institute for Fluid Dynamics - Textured wing / Mat: Stainless steel / Qty : 10-100 von Karman Institute for Fluid Dynamics - Set of blades / Mat: Stainless steel / Qty : 1-10 von Karman Institute for Fluid Dynamics - Instrumentation support for force sensor / Mat: Steel / Qty : 1-10 von Karman Institute for Fluid Dynamics - Force sensor gauge support / Mat: Steel / Qty : 1-10 von Karman Institute for Fluid Dynamics - Temperature and force sensor support / Mat: Steel / Qty : 1-10 GD Tech – Blade / Mat: Inconel / Qty : 1-10 von Karman Institute for Fluid Dynamics - Blades / Mat: Aluminium / Qty.: 1-10 von Karman Institute for Fluid Dynamics - Blade texturing / Mat: Steel / Qty.: 1-10 Precicarb / Mat: Carbide / Qty.: 1-10 ULB - Fibre carrier (internal diameter 120 µm) / Mat: Titanium / Qty.: 1-10 ULB - Fibre carrier (internal diameter 120 µm) / Mat: Titanium / Qty.: 1-10 ULB - Fibre carrier (internal diameter 120 µm) / Mat: Titanium / Qty.: 1-10 ULB - Fibre carrier (internal diameter 120 µm) / Mat: Titanium / Qty.: 1-10 ULB - Fibre carrier (internal diameter 120 µm) / Mat: Titanium / Qty.: 1-10 von Karman Institute for Fluid Dynamics - Balance / Mat: Steel / Qty.: 1-10 von Karman Institute for Fluid Dynamics - Force sensor gauge support / Mat: Steel / Qty.: 1-10 von Karman Institute for Fluid Dynamics - Micro-tube / Mat: Steel / Qty.: 1 von Karman Institute for Fluid Dynamics - Micro-tube / Mat: Steel / Qty.: 1 GD Tech / Mat: Steel / Qty.: 1 CERN Nuclear Research - Large Hadron Collider (particle accelerator) / Mat: Aluminium / Qty.: 5-50 CERN Nuclear Research - Large Hadron Collider (particle accelerator) / Mat: Copper / Qty.: 5-50 ULB - Cavities / Mat: Titanium / Qty.: 10 ULB - Cavities / Mat: Titanium / Qty.: 10 Micro - pair of scissors - length 900 µm / Mat: Titanium / Qty.: 1 Micro- pair of scissors - length 900 µm / Mat: Titanium / Qty.: 1 Mecamold - Nozzles / Mat: Stainless steel / Qty.: 10-100