Our activity in Micro Mechanics Archives - MicroMécanique outillage en carbure de tungstène https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/ Réalisation d'outillages en matériaux durs Wed, 22 Apr 2026 13:05:35 +0000 en-GB hourly 1 https://wordpress.org/?v=6.6.2 5-axis HSM (with integrated grinding module) https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/5-axis-hsm-with-integrated-grinding-module/ Tue, 03 Mar 2026 09:19:31 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4558 https://www.micro-mecanique.com/wp-content/uploads/2026/03/5-axis-high-speed-machining-centre.mp4 At MicroMécanique, 5-axis high-speed machining (HSM) is one of our flagship techniques. It enables complex operations within a single cycle, micron-level precision and an impressive surface finish. With our ROEDERS 5-axis machining centres and their integrated grinding module, we combine machining speed with ultra-precise finishing to meet the needs of cutting-edge sectors. Direct industrial […]

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At MicroMécanique, 5-axis high-speed machining (HSM) is one of our flagship techniques. It enables complex operations within a single cycle, micron-level precision and an impressive surface finish. With our ROEDERS 5-axis machining centres and their integrated grinding module, we combine machining speed with ultra-precise finishing to meet the needs of cutting-edge sectors.

Direct industrial applications

5-axis HS machining is particularly suited to:

 

  • Aeronautics, space and defence: parts with complex geometries, dies and structural components.
  • Nuclear power and energy: tools and parts withstanding extreme stress.
  • Luxury goods and watchmaking: miniaturised components, engravings and complex shapes with impeccable surface finishes.
  • Medical devices and connectors: precision tools, specific fixtures.
  • Automotive and engineering industries: tooling and small series of high value-added parts.

With these state-of-the-art machines, we produce complex parts while shortening the machining process and setup times.

Our 5-axis high-speed centres (all equipped with grinding modules)

Our HSM centres are designed to guarantee productivity and hyperprecision:

  • ROEDERS RXP500DS – XYZ axes: 425 x 400 x 240 mm
  • ROEDERS RXP501DS – XYZ axes: 500 x 500 x 300 mm
    • Spindle speed: up to 42,000 rpm
    • Fast feed: up to 40,000 mm/min
    • 5-axis continuous machining
    • 2 42-pallet robotic palletisers for automated production
Our production facilities

Capabilities and performance on technical and hard materials

Our expertise combined with the power of our 5-axis high-speed machines allows us to work with the same level of skill on:

  • Tungsten carbide: machining and integrated grinding for maximum durability.
  • Hardened steels: micrometric machining for parts subject to wear and mechanical stress.
  • Titanium and special alloys: performance and lightness for aerospace and medical applications.
  • Stainless steel, aluminium, brass and copper: precision in industrial or decorative applications.
  • Industrial ceramics: machining and finishing for high-precision components.

The integration of a grinding module in our ROEDERS high-speed machining centre guarantees an exceptional finish (micron tolerance, minimum Ra of 0.005) without part transfer, thus ensuring repeatability, time savings and reduced risk of error.

The materials we work with

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]]> CNC turning – CNC milling https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/cnc-turning-cnc-milling/ Tue, 03 Mar 2026 09:17:49 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4685 CNC milling and turning are the foundations of MicroMécanique’s expertise in high-precision machining. Using these processes, our state-of-the-art machines manufacture individual mechanical and microtechnical parts or small series, with micron-level precision. Combining tried and tested with innovative techniques, we cater to the most cutting-edge sectors, including aeronautics, luxury goods, nuclear power, energy, medical devices and […]

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CNC milling and turning are the foundations of MicroMécanique’s expertise in high-precision machining. Using these processes, our state-of-the-art machines manufacture individual mechanical and microtechnical parts or small series, with micron-level precision. Combining tried and tested with innovative techniques, we cater to the most cutting-edge sectors, including aeronautics, luxury goods, nuclear power, energy, medical devices and watchmaking.

Direct industrial applications

CNC turning and milling are used to produce high value-added parts ranging from prototypes to specific tools for harsh conditions.

These processes are used to serve a number of industries:

  • Aeronautics and space: structural parts, assembly tools and precision components.
  • Defence and nuclear power: hardened steel and carbide tools for extreme environments.
  • Luxury goods and watchmaking: miniaturised components with impeccable finishes.
  • Medical devices and connectors: micromechanical parts with tight tolerances, micron-scale fixtures and assemblies.
  • Energy and automotive industries: complex and robust parts designed to withstand wear and fatigue.

Our CNC milling and turning machines

Our air-conditioned workshop boasts efficient and flexible CNC machining centres:

 

  • CNC milling
    • 2 HURCO VMX24 4-axis CNC machining centres with CTS high-pressure coolant system (XYZ axis 610 x 508 x 610 mm)
  • CNC turning
    • HARDINGE GS200 CNC lathe (longitudinal axis 400 mm, transverse axis 200 mm)
    • GILDEMEISTER CTX 400 E – V1 CNC lathe (longitudinal axis 600 mm, transverse axis 304 mm)

 

These machines are paired with CAD/CAM software (hyperMILL and Esprit) to seamlessly integrate your 2D/3D CAD files and optimise simulation before machining.

Our production facilities

Capabilities and performance on technical and hard materials

Our long-standing expertise in hard metals and technical materials means we are able to perform complex machining operations on:

  • Tungsten carbide: exceptional resistance to wear and high temperatures.
  • Hardened steels: robust enough to withstand high mechanical stress.
  • Titanium, stainless steel and superalloys: lightweight materials offering high performance under extreme conditions.
  • Copper, brass and aluminium: high precision for machining conductive or decorative parts.
  • Industrial ceramics: used for miniaturised parts and high-precision machining in specific applications.

 

Our CNC lathes and machining centres offer repeatability, reliability and a perfect finish, whether for complex cylindrical geometries or integration-ready parts.

The materials we work with

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]]> Wire and spark EDM https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/wire-and-spark-edm/ Tue, 03 Mar 2026 09:15:38 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4553 Wire and spark electrical discharge machining (EDM) is one of the high-precision processes we at MicroMécanique specialise in. This technology involves removing material via a series of electrical sparks travelling between a conductive wire and the workpiece, which are both immersed in an insulating fluid.   This process does not involve any mechanical contact, enabling […]

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Wire and spark electrical discharge machining (EDM) is one of the high-precision processes we at MicroMécanique specialise in. This technology involves removing material via a series of electrical sparks travelling between a conductive wire and the workpiece, which are both immersed in an insulating fluid.

 

This process does not involve any mechanical contact, enabling complex and delicate parts to be machined with micron-level precision while avoiding clamping and any risk of distortion. It is an ideal solution for machining hard metals, carbides and hardened steels.

Direct industrial applications

Wire electrical discharge machining is used in many sectors requiring tight tolerances and complex shapes:

  • Aeronautics and space: miniature components, precision fixtures and assemblies.
  • Defence and nuclear power: impressions and tooling made from hardened steels and carbides.
  • Medical devices and connectors: machining fragile micromechanical parts or parts impossible to produce by milling.
  • Luxury goods and watchmaking: precision cutting, complex contours, machining miniaturised patterns.
  • Engineering industries: high-precision dies, cutting tools and fixtures.

Our EDM machines

Our workshop is equipped with wire and spark EDM machines capable of processing both individual parts and small production runs:

  • Wire EDM
    • CHARMILLES CUT 200 – XYZ axes: 350 x 220 x 220 mm
    • CHARMILLES 240 CC – XYZ axes: 350 x 220 x 220 mm
    • SODICK ALC400P iGE – XYZ axes: 400 x 300 x 250 mm
  • Spark EDM
    • CHARMILLES FORM 20 – XYZ axes: 350 x 250 x 250 mm
    • INGERSOLL HS300E – XYZ axes: 300 x 200 x 285 mm
  • High-speed drilling
    • RIVER 35HP (Ø 0.3 to 3 mm)

This equipment enables complex machining with tolerances of around ±0.001 mm and surface finishes that can reach Ra 0.015.

Our production facilities

Capabilities and performance on technical and hard materials

Wire and spark EDM is particularly suitable for machining the following materials:

  • Tungsten carbide: for wear-resistant tooling parts.
  • Hardened steels: for impressions and cavities without modifying the mechanical properties.
  • Titanium and special alloys: for complex cutting on lightweight and tough parts.
  • Stainless steel, copper, brass and aluminium: for delicate machining of technical or decorative parts.
  • Conductive ceramics: to cut fragile materials with micron-level precision.

 

With this process, MicroMécanique produces shapes unattainable by conventional machining, with perfect repeatability and strict compliance with customer specifications.

The materials we work with

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]]> Surface and cylindrical grinding https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/surface-and-cylindrical-grinding/ Tue, 03 Mar 2026 09:12:37 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4545 Grinding is one of MicroMécanique’s long-standing areas of expertise. This process produces surface finishes of exceptional quality and micron-level precision, both on flat surfaces and on internal or external cylindrical surfaces. This finishing technique is vital for achieving perfect geometry, dimensional accuracy and long-lasting components, especially for hard materials like tungsten carbide and hardened steels. […]

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Grinding is one of MicroMécanique’s long-standing areas of expertise. This process produces surface finishes of exceptional quality and micron-level precision, both on flat surfaces and on internal or external cylindrical surfaces.

This finishing technique is vital for achieving perfect geometry, dimensional accuracy and long-lasting components, especially for hard materials like tungsten carbide and hardened steels.

Direct industrial applications

Surface and cylindrical grinding is used for:

  • Aeronautics, space and defence: for critical mechanical parts that must withstand extreme stress.
  • Nuclear power and energy: for components subject to wear, requiring micron-level precision.
  • Watchmaking and luxury goods: for perfect finishes on miniaturised and decorative parts.
  • Medical devices and connectors: micron-level adjustments for specific fixtures and tools.
  • Engineering and automotive: to produce complex cylindrical parts, shafts, rings and bushings.

Our grinding machines

Our workshop has a variety of equipment to cover all grinding needs:

 

  • CNC universal grinding machines
    • KELLENBERGER KEL-VISTA H (centre height 175 mm, distance between centres 600 mm)
    • KELLENBERGER KEL-VARIA UR (centre height 175 mm, distance between centres 1,000 mm)
  • External cylindrical grinding machines
    • STUDER (with internal spindle) – Max. Ø 110 mm, length 350 mm
    • 2 MYFORD 12HMR – Max. Ø 110 mm, length 305 mm
  • Internal cylindrical grinding machines
    • MOUTON (travel 0 to 50 mm)
  • Surface grinding machines
    • GEIBEL AND HOLTZ (600 x 300 x 450 mm)
    • LIP SUPEMEC P400 (420 x 180 x 385 mm)
  • Conventional grinding machines
    • LIP SUPEMEC RUH300 (centre height 130 mm, distance between centres 350 mm)
    • TSCHUDIN HTG 410 (centre height 130 mm, distance between centres 350 mm)

 

This equipment can be used to produce individual parts or small series with consistent quality.

Our production facilities

Capabilities and performance on technical and hard materials

Our grinding machines allow for tolerances of ±0.001 mm and surface finishes up to Ra 0.005, even on the most complex materials:

  • Tungsten carbide: to produce tools and wear parts with extreme precision.
  • Hardened steels: for high-strength shafts, bushings and components.
  • Titanium and superalloys: for complex parts requiring a perfect finish.
  • Stainless steel, copper, brass and aluminium: for delicate grinding on technical or decorative parts.
  • Industrial ceramics: for fragile components requiring micro-polishing and microfinishing.

 

Grinding, alongside turning, milling or 5-axis high-speed machining, is a vital part of the process we offer our customers to achieve dimensional and functional perfection.

The materials we work with

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]]> Manual and mechanical polishing https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/manual-and-mechanical-polishing/ Tue, 03 Mar 2026 09:10:42 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4799 Manual polishing is a rare but important part of the process to achieve a premium quality finish, and is therefore highly sought after by our customers in industry. This process, when paired with mechanical polishing, achieves extremely smooth surface finishes of up to Ra 0.005 µm while guaranteeing the desired geometry and dimensions.   With […]

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Manual polishing is a rare but important part of the process to achieve a premium quality finish, and is therefore highly sought after by our customers in industry. This process, when paired with mechanical polishing, achieves extremely smooth surface finishes of up to Ra 0.005 µm while guaranteeing the desired geometry and dimensions.

 

With an eye for perfection and a steady hand, our technicians master both traditional polishing and advanced mechanical techniques using modern equipment to meet the demands of cutting-edge industries.

Direct industrial applications

Manual and mechanical polishing is crucial in:

  • Watchmaking and luxury goods: impeccable aesthetic finishes on miniaturised components.

  • Medical devices and connectors: perfectly smooth surfaces to limit friction and facilitate assembly.

  • Aeronautics, space and nuclear power: : optimised surface finishes to improve the wear resistance and durability of parts.

  • Automotive and energy: precise adjustments and functional finishing on tooling and mechanical parts.

  • Precision manufacturing: micron-scale fixtures and components requiring localised polishing.

Our polishing machines

Our workshops combine manual workstations and specialised machinery:

  • Manual polishing

    • NSK/TECNOVA systems for precision work

    • 4 polishing lathes (max. Ø 300 mm)

  • Mechanical polishing

    • Lapping machine – LAMPLAN MM 8600

    • Automatic horizontal honing machine – DELAPENA SPEEDHONE (Ø 1.14 to 79.37 mm)

    • Abrasive flow machine – KENNAMETAL EXTRUDE HONE LTD

    • Tribofinishing machine – POLYSERVICE ME4 (new in 2024, 3,000 rpm)

These machines can be used for both small batch runs and to machine complex one-off parts while guaranteeing a consistently high surface quality.

Our production facilities

Capabilities and performance on technical and hard materials

Our polishing techniques can be applied to all types of materials, from the softest to the hardest:

  • Tungsten carbide: high-precision finishes for tooling and wear parts.

  • Hardened steels: optimised surface finishes to extend the lifespan of parts.

  • Titanium and special alloys: functional and aesthetic polishing for the aeronautics and medical industries.

  • Stainless steel, aluminium, brass and copper: bright or matt finishes as required.

  • Industrial ceramics: improved surface finishes on fragile and miniaturised parts.

Our combined expertise in manual polishing (skill and attention to detail) and mechanical polishing (consistency and efficiency) guarantees that your most demanding specifications will be met.

The materials we work with

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]]> Brazing, shrink fitting, bonding https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/brazing-shrink-fitting-bonding/ Tue, 03 Mar 2026 09:06:05 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4530 At MicroMécanique we are experts in high-performance assembly processes that complement the traditional manual operations used in the microtechnology field such as brazing, shrink fitting and bonding.   These techniques can be used to combine different materials, assemble complex or miniaturised parts and guarantee mechanical reliability under tough conditions. Our expertise guarantees high-strength assemblies, micron-level […]

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At MicroMécanique we are experts in high-performance assembly processes that complement the traditional manual operations used in the microtechnology field such as brazing, shrink fitting and bonding.

 

These techniques can be used to combine different materials, assemble complex or miniaturised parts and guarantee mechanical reliability under tough conditions. Our expertise guarantees high-strength assemblies, micron-level precision and optimal surface quality.

Direct industrial applications

Brazing, shrink fitting and bonding are techniques applied to:

  • Aeronautics and space: for assemblies withstanding high temperatures and vibration.
  • Nuclear power and energy: multi-material tools subjected to high stress.
  • Luxury goods and watchmaking: miniaturised assemblies of decorative and functional components.
  • Medical devices and connectors: bonding precision parts where machining alone will not suffice.
  • Automotive and engineering industries: durable tool fastenings, fixtures and small series parts.

 

Our assembly machines and equipment

Our workshops are equipped to guarantee reliable and reproducible assemblies:

  • 1 manual micro-assembly shop
  • Induction brazing with the POWER CONTROLLER V2 (Ø 1 to 200 mm)
  • Traditional brazing stations adapted for small micromechanical parts
  • Shrink fitting processes for tight assemblies using thermal expansion
  • Multi-material bonding with resins and technical adhesives for micro-assemblies

 

This equipment enables repeatability and traceability when working on individual parts and small series.

Production facilities

Capabilities and performance on technical and hard materials

Our assembly processes are suited to a wide range of materials:

 

  • Tungsten carbide: brazing and shrink fitting for, tools used in harsh environments.
  • Hardened steels: assemblies resistant to mechanical stress.
  • Titanium and superalloys: lightweight and robust assemblies for the aeronautics and medical industries.
  • Stainless steel, copper, brass and aluminium: multi-material bonding and brazing of technical or decorative parts.
  • Industrial ceramics: delicate assemblies involving fragile parts.

 

These techniques enable robust and durable assemblies perfect for miniaturised components, severe mechanical stress and extreme conditions.

The materials we work with

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]]> Micro-assembly https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/micro-assembly/ Tue, 03 Mar 2026 08:58:26 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4514 Assembly and micro-assembly In addition to its precision machining offering, MicroMécanique has extensive expertise in micro-assembly. This activity consists of combining ultra-high-precision machined components to build functional, reliable and durable assemblies. Our specialised technicians work meticulously and skilfully in a climate-controlled environment to guarantee consistent parts while conforming to the most demanding specifications. Direct industrial […]

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Assembly and micro-assembly

In addition to its precision machining offering, MicroMécanique has extensive expertise in micro-assembly. This activity consists of combining ultra-high-precision machined components to build functional, reliable and durable assemblies. Our specialised technicians work meticulously and skilfully in a climate-controlled environment to guarantee consistent parts while conforming to the most demanding specifications.

Direct industrial applications

Our micromechanical assembly services cater to the specific needs of various sectors:

  • Luxury goods and watchmaking: miniaturised and meticulously crafted assembly, gripping, control fixtures, etc.
  • Medical devices and connectors: fixtures, devices or tools assembled with micron-level precision.
  • Aeronautics, space and defence: robust and reliable assemblies for extreme conditions.
  • Nuclear power and energy: subassemblies withstanding high mechanical and thermal stresses.
  • Engineering and automotive industries: precision tooling and assemblies for small series.

Our assembly types

1. Subassemblies

We assemble microtechnical subassemblies to be integrated into larger devices. These subassemblies consist of high-precision machined parts that are manually adjusted for perfect compatibility with the end product.

2. Complex mechanical assemblies

Our expertise in machining hard materials (including carbide and hardened steels) enables us to create complete mechanical assemblies. These assemblies incorporate several functions (guides, clamps, fixtures, etc.) and guarantee the utmost reliability even in harsh conditions.

3. Brazing, shrink fitting and bonding

Our multi-material assembly processes pair perfectly with our mechanical techniques:

  • Brazing: a process ideal for carbide and steel, to join parts durably by melting a filler metal.
  • Shrink fitting: assembling by thermal expansion to guarantee a perfect fit.
  • Technical bonding: a solution combining strength and precision, suited to sensitive materials or miniature parts.

4. Laser marking for traceability

Each assembly can be identified and traced thanks to our laser marking and engraving system. This process applies serial numbers, Data Matrix codes or logos without altering the mechanical properties, enabling total traceability in accordance with industrial standards.

Capabilities and performance
on technical and hard materials

Our assembly processes cover a wide range of materials:

  • Tungsten carbide: wear-resistant multi-component tools.
  • Hardened steels: robust assemblies to withstand high stress.
  • Industrial ceramics: integration of fragile components with micron-level precision.

Our assembly processes combine machining, fitting, finishing and traceability to deliver turnkey solutions our customers can integrate directly into their production lines.

The materials we work with

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]]> Laser marking https://www.micro-mecanique.com/en/our-activity-in-micro-mechanics/laser-marking/ Tue, 03 Mar 2026 08:50:12 +0000 https://micro-mecanique-polylang.instawp.xyz/?p=4567 https://www.micro-mecanique.com/wp-content/uploads/2026/03/laser-marking-micromechanics.mp4 MicroMécanique offers laser marking and engraving to provide a fuller range of services for its customers. These techniques guarantee durable identification and reliable traceability for your parts without altering their mechanical properties or dimensions.   The laser technique also produces high-quality aesthetic markings that are perfect for sectors where image and finish are as […]

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MicroMécanique offers laser marking and engraving to provide a fuller range of services for its customers. These techniques guarantee durable identification and reliable traceability for your parts without altering their mechanical properties or dimensions.

 

The laser technique also produces high-quality aesthetic markings that are perfect for sectors where image and finish are as important as functionality.

Direct industrial applications

Laser marking and engraving are used in a number of fields:

 

  • Aeronautics and space: unique codes to identify critical parts.
  • Defence, nuclear power and energy: durable marking withstanding extreme conditions.
  • Luxury goods and watchmaking: intricate and decorative engravings on miniaturised components.
  • Medical devices and connectors: mandatory traceability (serial numbers, Data Matrix codes).
  • Automotive and engineering industries: to achieve fast and durable identification for serial parts.

Our laser machines

Our workshops are equipped to produce precise and reproducible markings:

 

  • SIC MARKING XL-BOX laser marking station
    • Working area: 115 x 115 mm
    • Suitable for high-precision marking on technical and microtechnical parts

 

This solution can be used to mark individual parts or small series with a high degree of flexibility.

Our production facilities

Capabilities and performance on technical and hard materials

Laser marking is possible for most materials machined by MicroMécanique:

 

  • Tungsten carbide: durable traceability on hardwearing tools.
  • Hardened steels: precise identification without affecting hardness.
  • Titanium and superalloys: clear, robust marking for the aeronautics and medical sectors.
  • Stainless steel, aluminium, brass and copper: decorative or functional engravings.
  • Industrial ceramics: fine markings for specific applications.

 

Our laser processes guarantee exceptional readability, durability and compliance with the traceability standards of the most demanding industrial sectors.

The materials we work with

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