Test benches, tools and specific sub-assemblies
- For maintenance, test, analysis, diagnostic support, training

Production and laboratory equipment
- Improvement, modification, refurbishment, automation, reliability and up-grading

Maintenance solutions
- Workshop design, staff training, tool design, methodology and implementation

Procedure and process
- Designing procedures to test and inspect components or equipment (Certified cofrend, NDT qualified personnel according to standard ISO9712-EN 473)
- Designing procedures for decontamination, ultra-cleaning and degassing techniques

Support
- Technical support at customer site
- Program to minimise equipment downtime
- Failure analysis and re-engineering
- Support to implement maintenance programs and cost reduction projects

Resources
- Software: MSProject Server, AMPS, ISM
- C.A.D.: SolidWorks, 3DVIA
- R&D platforms

Areas of expertise
- Vacuum, RF, electronics, cleaning, leak detection and vacuum generating equipment

Technical studies
- Feasibility
- Retrofit & design of process equipment

Optimisation of spare parts
- Sourcing and qualify suppliers for spares
- Sourcing and qualify equipment
- Optimisation/sharing of stock/spares

Maintenance Methodology
- Drafting of maintenance procedures / technical manuals for equipment under development
- Training in maintenance practices, planning, cost-reduction plans

Information Technology
- Links between databases (production, CMMS and HR)
- Graphical User Interface (GUI)
- Hardware integration

Projects Overview
- Feasibility studies carried out at the clients facilities reviewing maintenance methods and resources, with the intent to implement these improvements.

Facility to be tested
Stainless steel pool liner of a nuclear plant

Testing method
Pressure differential measurement

Constraint
Nuclear environment, depth of 12 meters, under water

Component Description
Submersible Chamber, umbilical cord, compressor, pumping unit, controller, pressure sensor, automation software and G.U.I

Product being tested
Thermal condenser used within the medical industry

Testing method
Helium quantative leak test (ultimate leak rate 5.10-5 mbar.l/s)

Constraint
9 bar pressure

Test Cycle Time
3 minutes maximum

Component Description
Testing chamber, gas distribution manifold, pumping unit, automation software, G.U.I, integration of a leak detector ASM type (supplied by client)

Design and recommend new system
Redesign and change to dry pumping group

New Layout
Automated software introducing, alarms, control panel and pump sequencing

Integration of new components
Pumps, valves, software and G.U.I

Reconditioning
Cleaning, inspection and refurbishing of the chamber