Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use in Bourgogne-Franche-Comté

Design office (implementation of CAD solutions) - Mechanical engineering office - Digital simulation design office (for users) - Dimensional control - Non-destructive testing (performance) - Mechanical and fatigue testing (internal use) - Metrology (laboratory) - Metrology (on customer site) - Metrology with contact (rolling) - Performance - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) - Performance - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use

Assembly (gluing, welding, riveting) - Co-development of products - Proto milling - Serial milling - General precision mechanics - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Micro-assembly - Micro machining - Micromechanics - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Tournage 4 axes - Lathe-turning / small series (from 11 to 1,000 parts) - Prototypical and unit latheturning (< 10 parts) - High-speed machining / 3 axis /small series (from 10 to 1000 parts) < 350 cm3 - Usinage / 5 axes / medium series (de 1001 à 10 000 parts) < 350 cm3 - High-speed machining / 5 axis /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining/ 5 axis /prototyp and unit (< 10 parts) < 350 cm3 - Base metal machining

Design and manufacture of special camera inspection machines - Measuring instruments (sales) - Three dimensionnal measuring machines (manufacturer) - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use

Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume > 5cm3 - Co-development of products - Design by digital simulation - Non-destructive testing (internal use) - Cutting, bending, rolling, high precision stamping - Tribo-finishing deburring - Additive manufacturing (printing of other materials) - Aluminium alloy casting - Serial milling - Mechanical welding - Metrology (laboratory) - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Ferrous / non-ferrous metal products (processing and sales) - Prototypes (small series manufacturing) - Usinage / 5 axes / medium series (de 1001 à 10 000 parts) < 350 cm3 - High-speed machining / 5 axis / medium series (from 1001 to 10 000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 5 axis /large series (>10 000 parts) < 350 cm3 - High-speed machining / 5 axis /small series (from 10 to 1000 parts) < 350 cm3 - Precious metal machining

Regulatory Affairs - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 5cm3 - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume > 5cm3 - Broaching - Methods office / Industrialization - Mechanical pickling (tribofinishing) - Free-cutting < Ø3 mm - Free-cutting >10 000 parts - Free-cutting >100 000 parts - Free-cutting >50 000 parts - Free-cutting from 10 to 1000 parts - Free-cutting from 1001 to 10 000 pièces - Free-cutting from Ø10 mm to Ø20 mm - Free-cutting: from cutting thickness Ø20 mm to Ø32 mm - Free-cutting from Ø3 mm à Ø10 mm - Free-cutting from Ø32 mm to Ø60 mm - Free-cutting: from cutting thickness > to 2 mm à 50 mm - Free-cutting: from cutting thickness 0,2 to 2 mm - Degreasing / Cleaning / Washing - Chemical metal deposition (nickel plating) - Electrolytic metal deposition (nickel plating) - Tribo-finishing deburring - Manufacturing of assemblies and sub-assemblies - Manufacturing of medical devices (class 1) - Manufacturing of medical devices (class 2) - Manufacturing of medical devices (class 3) - Manufacturing of implantable medical devices - Manufacturing of non implantable medical devices - Engraving - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Micro screw-cutting - Knurling - Barrel polishing (tribofinishing) - Crimping - Tapping - Tournage 2 axes - Tournage 3 axes - Tournage 4 axes - Lathe-turning / large series (> 10,000 parts) - Lathe-turning / medium series (from 1,001 to 10,000 parts) - Multifunctional latheturning - Tournage Ø 401 mm à 1000 mm - Tournage Ø de 20 à 200 mm - Tournage Ø de 201 à 400 mm - Lathe-turning / small series (from 11 to 1,000 parts) - Prototypical and unit latheturning (< 10 parts) - Base metal machining

Design and manufacture of precision tooling - Free-cutting > Ø60 mm - Free-cutting >10 000 parts - Free-cutting from 10 to 1000 parts - Free-cutting from 1001 to 10 000 pièces - Free-cutting from Ø10 mm to Ø20 mm - Free-cutting from Ø3 mm à Ø10 mm - Free-cutting from Ø32 mm to Ø60 mm - Free-cutting: from cutting thickness > to 2 mm à 50 mm - Wire EDM > Ø 0,20 - Manufacturer of watchmaking tools / Jewelry - Horizontal milling - Vertical milling - General precision mechanics - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Micromechanics - Painting (lacquering) - Tournage 2 axes - Tournage 3 axes - Tournage 4 axes - Tournage 5 axes - Lathe-turning / large series (> 10,000 parts) - Lathe-turning / medium series (from 1,001 to 10,000 parts) - Multifunctional latheturning - Tournage Ø de 20 à 200 mm - Tournage Ø de 201 à 400 mm - Lathe-turning / small series (from 11 to 1,000 parts) - Prototypical and unit latheturning (< 10 parts) - High-speed machining / 3 axis / medium series (from 1001 to 10 000 pièces) between 350 cm3 et 1000 cm3 - High-speed machining / 3 axis /large series (>10 000 parts) < 350 cm3 - High-speed machining / 3 axis /large series (>10 000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 3 axis /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining / 3 axes /small series (from 10 to 1000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 3 axis /prototype and unit (< 10 parts) < 350 cm3 - High-speed machining / 3 axis /prototype and unit (< 10 parts) > 1000 cm3 - High-speed machining / 3 axis /prototype and unit (< 10 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 4 axis / medium series (from 1001 to 10 000 parts) < 350 cm3 - High-speed machining / 4 axis / medium series (from 1001 to 10 000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 4 axis /large series (>10 000 parts) < 350 cm3 - High-speed machining / 4 axes /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining / 4 axis /small series (from 10 to 1000 parts) between 350 cm3 and 1000 cm3 - High-speed machining/ 4 axis /prototype and unit (< 10 pièces) < 350 cm3 - Usinage / 4 axis /prototype and unit (< 10 parts) between 350 cm3 and 1000 cm3 - Usinage / 5 axes / medium series (de 1001 à 10 000 parts) < 350 cm3 - High-speed machining / 5 axis / medium series (from 1001 to 10 000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 5 axis /large series (>10 000 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 5 axis /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining / 5 axis /small series (from 10 to 1000 pièces) between 350 cm3 and 1000 cm3 - Hard material machining - Base metal machining

Technical industrial adhesives - Packaging design office - Soft materials design office - Industrial design office - Co-development of products - Coextrusion - Gluing - Design and manufacturing elastomer mouled parts - Design and manufacture of plastic parts - Design and manufacture of technical tubes - Dimensional control - Packaging and wrapping - Packaging (clean room) - Packaging (grey room) - Feasibility studies - Extrusion - Flat die extrusion - Film and sheath extrusion - Profiled extrusion - Blow molding extrusion - Tube and profile extrusion - Manufacturer of luxury items - Manufacturing of medical devices (ISO 7 room) - Manufacturing of medical devices (ISO 8 room) - Manufacturing in clean room - Industrialization of products / processes - Bi-material injection - Injection technical materials - Industrial injection - Thermoplastic injection moulding - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Prototype (injection) - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Plastic recycling - Polyurethane coating - Ultrasonic welding - Overmolding - Surmoulding high performances materials - Surmoulding standart materials - Surmoulding technical materials - Processing of plastics - High performance material transformation

Molding design office - Design and manufacture of mold - Design and manufacture of high-precision injection mold - Manufacturing of tools for plastic injection - Manufacture of punch-die - Horizontal milling - Serial milling - Maintenance of tools - Mold maintenance - Metrology (laboratory) - Three dimensionnal measuring machines (manufacturer) - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - External cynlindrical grinding - Internal cylindrical grinding - Radius cylindrical grinding - Profile grinding - Surface grinding - Mold repair - Tournage 5 axes - Multifunctional latheturning - High speed machining / 5 axis / small series (de 10 à 1000 pièces) > 5000 cm3 - Base metal machining

Hardness testing - Metallurgical analysis - Carburizing - Salt bath carburising - Low pressure carburising - Non-destructive testing (performance) - Non-destructive testing (internal use) - Metrology (laboratory) - Metrology with contact (rolling) - Performance - Metrology with contact (rolling) - Internal use - Contactless metrology (vision probe, optical sensor, laser scanner) - Performance - Contactless metrology (vision probe, optical sensor, laser scanner) – Internal use - Salt bath nitriding - Oil heat treatment - Salt bath heat treatment - Heat treatment in a tempering oven - Controlled atmosphere heat treatment - Vacuum heat treatment - Thermochemical treatment - Austempering - Cryogenic hardening