Prototypes (medical devices) in Bourgogne-Franche-Comté

Process automation - Automated loading and unloading for production machines - Medical device design office - Mechanical engineering office - Methods office / Industrialization - Design and manufacture of precision tooling - Design and manufacture of conveyors - Design and manufacture of special machines - Design and manufacture of special camera inspection machines - Design and manufacture of grippers - Design and manufacture of cartesian robots - Design and manufacture of clamping solutions - Design and manufacture of robotic solutions - Design and manufacturing of machine vision projects - Equipments for assembly robots - Study and realization of robotic islands - Manufacturer of special machines - Manufacture of sub-assemblies and assemblies for special machines - Vertical milling - Engraving - Mechanical engraving - Industrialization of automated mechanical assembly processes - Laser (engraving and marking) - Special assembly machines (auto / semi-auto) - General precision mechanics - Micromechanics - Assembly of machining - Peripheral press - Prototypes (design) - Prototypes (medical devices) - Prototypes (manufacturing) - Horizontal turning - High-speed machining / 3 axis / medium series (from 1001 to 10 000 pièces) between 350 cm3 et 1000 cm3 - High-speed machining / 3 axis /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining / 3 axis /small series (from 10 to 1000 parts) > 1000 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

Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 0,1 cm3 - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 1cm3 - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 5cm3 - Mechatronics design office - Design of connected medical devices - Design of non implantable medical devices - Design and manufacturing of connected medical devices - Wire EDM < Ø 0,03 - Wire EDM <Ø 0,05 - Wire EDM <Ø 0,10 - Wire EDM > Ø 0,10 - Vertical milling - IOT - Connected objects - Laser (engraving and marking) - Micro laser welding - Microrobotics - Prototype (electronics) - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Prototypes (all metals) - High-speed machining / 3 axis /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining / 3 axis /prototype and unit (< 10 parts) < 350 cm3 - High-speed machining / 4 axes /small series (from 10 to 1000 parts) < 350 cm3 - High-speed machining/ 4 axis /prototype and unit (< 10 pièces) < 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

Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 5cm3 - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume > 5cm3 - Medical device design office - Mechanical engineering office - Industrial design office - Methods office / Industrialization - Co-development of products - Marketing of connected medical devices - Marketing of non implantable medical devices - Design of connected medical devices - Design of implantable medical devices - Design of non implantable medical devices - Design and manufacturing of medical devices (class 1) - Design and manufacturing of medical devices (class 2) - Design and manufacturing of medical devices (class 3) - Design and manufacturing of connected medical devices - Design and manufacture of plastic parts - Advice on innovation - Feasibility studies - Additive manufacturing (printing of high performance parts) - Additive manufacturing (printing of other materials) - Additive manufacturing (printing of ceramic parts) - Additive manufacturing (composite parts) - Additive manufacturing (printing of metal parts) - Additive manufacturing (printing of polymer parts) - Manufacturing of assemblies and sub-assemblies - Manufacturing of non implantable medical devices - Industrialization of products / processes - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Prototypes (all metals) - Reverse engineering

Regulatory Affairs - Medical device design office - Co-development of products - Design of connected medical devices - Design of implantable medical devices - Design of non implantable medical devices - Design and manufacture of laboratory instruments - Design and manufacturing of laboratory tools - Design and manufacturing of medical devices (class 1) - Design and manufacturing of medical devices (class 2) - Design and manufacturing of medical devices (class 3) - Design and manufacturing of connected medical devices - Design and manufacturing of in-vitro devices - Design by digital simulation - Advice on certification - Consulting in homologation (CE marking) - Advice on innovation - Tests / Trials - Mechanical and fatigue tests - Calibration of measuring equipment - Feasibility studies - Studies and development of test bench - Additive manufacturing (printing of other materials) - Metrology (laboratory) - Prototypes (design) - Prototypes (medical devices) - Mechanical testing and numerical simulation (vibrations, shocks, drops) - Pullout adhesion test

Assembly (gluing, welding, riveting) - Co-development of products - Proto milling - Serial milling - General precision mechanics - Métrologie avec contact (palpage) - Usage interne - Métrologie sans contact (vidéo, optique, scanner) - Usage interne - Micro-assembly - Micro machining - Micromechanics - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Tournage 4 axes - Tournage petite série (de 11 à 1000 pièces) - Tournage prototype et unitaire (< 10 pièces) - 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

Regulatory Affairs - Assembly in controlled atmosphere - Medical device design office - Design of connected medical devices - Design of implantable medical devices - Design of non implantable medical devices - Design and manufacture of electronic cards - Design and manufacturing of medical devices (class 2) - Design and manufacturing of medical devices (class 3) - Design and manufacturing of connected medical devices - Advice on certification - Consulting in homologation (CE marking) - Degreasing / Cleaning / Washing / (clean room) - Feasibility studies - Studies and development of test bench - Metallographic examination and chemical analysis - Manufacturing of medical devices (class 1) - Manufacturing of medical devices (class 2) - Manufacturing of medical devices (class 3) - Manufacturing of connected medical devices - Manufacturing of medical devices (ISO 5 room) - Manufacturing of medical devices (ISO 7 room) - Manufacturing of implantable medical devices - Manufacturing of non implantable medical devices - Industrialization of assembly processes by welding techniques - Silicone injection - Laser (welding) - Micro-assembly - High precision micro-injection - Nitinol shaping - Prototypes (medical devices) - Qualification of manufacturing processes - High frequency welding - Resistance welding - Welding under qualification

Dimensional control - Tribo-finishing deburring - Manufacturing of assemblies and sub-assemblies - Horizontal milling - Proto milling - Serial milling - Vertical milling - Industrialization of products / processes - General precision mechanics - Metrology (laboratory) - Three dimensionnal measuring machines (manufacturer) - Assembly of machining - Prototypes (medical devices) - Prototypes (manufacturing) - Prototypes (all metals) - Centerless grinding - Surface grinding - Tournage Ø de 201 à 400 mm - Tournage petite série (de 11 à 1000 pièces) - Tournage prototype et unitaire (< 10 pièces) - High-speed machining / 4 axis /small series (from 10 to 1000 parts) between 350 cm3 and 1000 cm3 - Usinage / 4 axis /prototype and unit (< 10 parts) between 350 cm3 and 1000 cm3 - High-speed machining / 5 axis /small series (from 10 to 1000 pièces) between 350 cm3 and 1000 cm3 - High-speed machining / 5 axis /prototye and unit (< 10 parts) between 350 cm3 and 1000 cm3 - Hard material machining - Base metal machining - Precious metal machining

Mounting and assembly equipment (riveters, screw guns, glue dispensers) - Assembly of sub-assemblies / Electrical / electronic assemblies - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume < 5cm3 - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume > 5cm3 - Assembly in controlled atmosphere - Methods office / Industrialization - Design and manufacture of cutting tools - Design and manufacture of cutting and stamping tools - Design and manufacture of precision tooling - Design and manufacture of mold - Design and manufacture of mould for plastic materials - Cutting and bending of precision metal parts - Multi-slide press cutting - Micro-WEDM - Sinker EDM - Stamping - Additive manufacturing (printing of polymer parts) - Cutting tools manufacturing - Manufacturing of assemblies and sub-assemblies - Manufacturing in clean room - Industrialization of products / processes - Micro-assembly - Micro-injection of thermoplastic - Micro machining - Micro-cutting - Prototypes (medical devices) - Prototypes (small series manufacturing) - Overmolding

Regulatory Affairs - Assembly of sub-assemblies, electromechanical, mechatronic, mechanical assemblies with a volume > 5cm3 - Design office (implementation of CAD solutions) - Automation design office - Medical device design office - Electronic design office (hardware and firmware) - Mechatronics design office - Design of non implantable medical devices - Design and manufacture of laboratory instruments - Design and manufacture of centrifuges - Design and manufacturing of medical devices (class 1) - Design and manufacturing of medical devices (class 2) - Design and manufacturing of in-vitro devices - Design and manufacture of robotic solutions - Study and realization of robotic islands - Manufacturing of medical devices (class 1) - Manufacturing of medical devices (class 2) - Manufacturing of medical devices (ISO 5 room) - Manufacturing of medical devices (ISO 7 room) - Manufacturing of in-vitro medical devices - Manufacturing of non implantable medical devices - Industrial computing (system integration / software) - Food injection - Rubber injection - Industrial injection - Thermosetting injection moulding - Thermoplastic injection moulding - Prototypes (design) - Prototypes (medical devices) - Prototypes (manufacturing)

Design office (implementation of CAD solutions) - Molding design office - Industrial design office - Methods office / Industrialization - Co-development of products - Design and manufacture of mold - Design and manufacture of mould for plastic materials - Design and manufacture of plastic parts - Design and manufacture of automotive products - Dimensional control - Feasibility studies - Manufacturer of luxury items - Plastics transformation tools manufacturing - Manufacture of press tools - Manufacturing of tools for plastic injection - Manufacturing of medical devices (class 1) - Industrialization of assembly processes by welding techniques - Food injection - Injection high performances materials - Injection standart materials - Injection technical materials - Thermoplastic injection moulding - Mold maintenance - Micro-injection of thermoplastic - Prototype (injection) - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Ultrasonic welding - Vibration welding - Overmolding - Surmoulding standart materials - High-speed machining / 3 axis /small series (from 10 to 1000 parts) > 1000 cm3 - High-speed machining / 3 axis /prototype and unit (< 10 parts) > 1000 cm3 - High-speed machining/ 5 axis /prototyp and unit (< 10 parts) < 350 cm3 - Polymer machining

Electronic design office (hardware and firmware) - Mechanical engineering office - Mechatronics design office - Industrial design office - Proto milling - IOT - Connected objects - Prototype (electronics) - Prototype (injection) - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Prototypes (all metals) - Base metal machining

Design and manufacture of mould for plastic materials - Additive manufacturing (printing of polymer parts) - Micro machining - Prototypes (design) - Prototypes (medical devices) - Prototypes (small series manufacturing) - Prototypes (manufacturing) - Overmolding - High-speed machining/ 5 axis /prototyp and unit (< 10 parts) < 350 cm3