Ingénierie

Engineering office partnering with major prime contractors in the nuclear, aerospace, and manufacturing industries for over 20 years.

OUR CORE BUSINESS

Our expertise in Mechanical Engineering

From requirements definition to commissioning, we design robust and industrializable equipment, integrating your technical, regulatory, and economic constraints.

Our engineers work on-site at customer facilities or from our offices on projects involving detailed design, sheet metal/boilermaking, special tooling, and test benches.

OUR REFERENCES

MX6 Lifting Beam

Customer sources: 3D file of existing equipment

Project goal: Design of a 20-ton vertical handling lifting beam for the nuclear industry and creation of the drawing package, including packing plans

Deliverables: 3D files & drawing packages

MADE WITH

SolidWorks

PSBR97 Casing

Customer sources: 3D file of the installation; General arrangement drawings & manufacturing file

Project goal: Re-engineering of 3D design from drawings for assembly adjustment; Creation of detailed drawings

Deliverables: Drawing package

MADE WITH

SolidWorks

Unwinder Cage

Customer sources: 3D file of existing equipment

Project goal: Design of a 20-ton vertical handling lifting beam for the nuclear industry and creation of the drawing package, including packing plans

Deliverables: 3D files & drawing packages

MADE WITH

SolidWorks

Bure - CIGEO Project

Customer sources: 3D file of existing equipment

Project goal: Design of a 20-ton vertical handling lifting beam for the nuclear industry and creation of the drawing package, including packing plans

Deliverables: 3D files & drawing packages

MADE WITH

SolidWorks

Cadarache - Jules Horowitz Reactor – RER Pool

Customer sources: Equipment 3D file

Project goal: Adaptation and modification of RER pool penetrations

Deliverables: Technical file

MADE WITH

Catia V5

Bearing Test Bench

Customer sources: Pre-project study and calculations

Project goal: Design of a test bench to measure car bearing drag. Rotating the bearing at 2000 rpm.

Deliverables: Technical file for manufacturing; All 3D files

MADE WITH

SolidWorks

Electric Drilling Unit

Customer sources: 3D file

Project goal: Based on an existing design, develop new shells with a new design representing the new SETITEC style

Deliverables: Modeling of 2 half-shells for manufacturing by a mold maker

MADE WITH

Creo

KX1600 Filling Machine

Customer sources: KX1600 filling machine

Project goal: Tube filling and sealing machine (toothpaste tube type). Based on a client study, produce the drawing package for manufacturing

Deliverables: Technical file for manufacturing

MADE WITH

Creo

Revin Project - Speed / Overspeed Control Instrumentation

Customer sources: Site photos and drawings with spatial restrictions

Project goal: Design and modeling of a turbine shaft speed measurement tool

Deliverables: Technical file

MADE WITH

SolidWorks

Non-woven fabric production line

Project goal: Modeling of the line environment and general layout; Study and modeling of replacement solutions for existing equipment; Adding equipment to improve the production line

Deliverables: Technical file

MADE WITH

Inventor

Bugey Nuclear Power Plant - ICEDA Project

Description: Design of specific tools for the handling, transport, and storage of probe supports; Design and layout of radiological shielding

MADE WITH

SolidWorks

Casing Project - Modeling

Project goal: Modeling and drafting of casing sections based on data provided by the calculation department; Modeling of each casing sector based on the hydraulic curve

Deliverables: 3D model and technical file

MADE WITH

Catia V5

Sécuribarre - (french name)

Project goal: Design and adaptation of a grounding device for the busbar system of MC500 cubicles

Deliverables: Manufacturing file

MADE WITH

Catia V5

Electronic Enclosure and Light Guide

Customer sources: Prototype; Sketches

Project goal: Design study and modeling of the enclosure and light guide

Deliverables: Technical file

MADE WITH

SolidWorks

Nuclear Waste Pusher Robot

Customer sources: Equipment 3D file and its constraints

Project goal: Engineering, manufacturing, and factory testing of an industrial-scale demonstrator for the transfer and storage of nuclear waste packages in horizontal cells using a pusher robot.

Deliverables: Technical file

MADE WITH

Catia V5

OUR EXPERTISE

Product engineering and process engineering

Product engineering

Plastic parts for mechanical assemblies

Tolerance stack-up analysis

Manufacturing file

Prototyping / pre-series / series production

Cost-killing

Process engineering

Special machinery and tooling

Boilermaking and sheet metal equipment

Inspection tooling

Static and/or dynamic test benches

Handling equipment, trolleys, and utility equipment

OUR TOOLS

SolidWorks

Catia V5

Inventor

NX

Creo

AutoCAD

An engineering project to bring to life?

Our teams will carefully review your request and get back to you as soon as possible. To directly contact one of our locations, you will find their detailed contact information below.