Design and production of flexible hoses for fluid and power transfer.

The engineering process development includes expertise in industrialization plan drafting.
We compile this documentation according to different requirement specifications.

- Cost analysis study
- Document management: FAT, NDT, welding procedures
- ITP
- Third party inspections (BV, Lloyds etc.)
- Painting, welding files
- Dedicated plans
- Manufacturing plans
- Data sheet

These documents are drafted in French and in English.
All other languages available upon request.

We create 2D and 3D modeling as well as equipment implementation simulation in the customer’s environment according to their individual specification requirements.

2D/3D engineering software	Simulation software	Realistic project rendering

Our Tecamec department develops machining by which we can manufacture products that are geared to our customers’ specific needs.
- CNC and conventional turning, CNC milling, TIG and MIG welding
- Cutting, swaging, deburring

Means :
PRODUCTION EQUIPMENT :
- CNC turning: Mazak Quick Turn 28N Ø 320 between points = 1,000; CMZ TA20 between points 800
- Conventional lathe: Cazeneuve HB500 Ø 500 x 150 mm, EP=1,000; 220 on stand
- CNC mill: Gambin Alcera X= 800; Y = 400; Z = 600
- Deburring drum
- Welding positioner
- MIG welding station: SAFMIG 400 TIG
- welding station: ELECTROTIG 300 Adam C22
- drill press Metal forming press 20 tons
- Roscamat 400 tapping arm
- Uzay 350 automatic band saw

METROLOGY :
- MITUTOYO linear height 600 height gage
- Granite marble
- Micrometers, calibration, gage blocks, bore gage

The rigorous management of product development methods is essential for complying with technical and economic specifications.

Also, our prototyping capacities allow us to test at the earliest possible stage:
- alternative solutions.
- checking technical and/or technological solutions taken on for the future product (appearance, ergonomics, processes, etc.).
- working in parallel and in a coordinated way, in a concurrent and simultaneous engineering context.
- Optimising the product.

Our control of materials specific to our profession allow us to aim for a double competence in working/specification of materials, more particularly by controlling (destructive or non-destructive) testing of any type of material, drawing on knowledge of their production and associated safety problems.

This involves an approach with the objective of excellence in the following areas:
- Quality control approach in the area of measuring and in the production of materials.
- Controlling technological innovation.
- Knowledge and control of methods and tools suitable for undertaking a project.
- Control of the tools needed to conduct laboratory testing.
- Control of statistical and information technology tools (word processing, spreadsheets, databases etc.) to analyse and process data.
- Controlling the working out, characterisation and control of materials.

Examples of materials:
- Stainless steel / Hastelloy / Duplex / Super Duplex / Uranus B6 / special steel / bronze.
- PTFE /PP.
- All rubber materials / wavy / end flex / cushioned hoses / PTFE.