Our expertise of complex mechanical units
From engineering to integration in situ
Spirit Technologies masters all the key stages of optimization in the industrialization of high value-added mechanical units, from the feasibility study to integration in situ.
MGSE FOR DEPLOYMENT
of satellite solar generators
Mastering the key stages of industrialization
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1- projeCt Management
A dedicated project manager manages your project from A to Z, by combining technical expertise, functional follow-up and quality communication, for an achievement that is 100% in line with our commitments.
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2- DESIGN,
dEfinition & Mechanical analysIsInnovative solutions, streamlined from the initial design stage, and optimized in line with your objectives and constraints.
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3- mechanical Expertise
• Mechanical feasibility studies
• Expertises following specific problems (wearing…)
• Equipment retrofit -
4- fabrication
All production and follow-up stages are conducted on our premises or within the Group: methodology, purchasing, machining, welding, dimensional control etc.
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5- command control & MMI
Automatization and design of the Man-Machine interface for a simple, intuitive use of the equipment in real-time conditions.
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6- ContrOL
qualification &
CertificationsDimensional controls using 3D optical measuring equipment and certifications by independant organisms, are completed by supplying CE documentation, as required..
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7- Installation
& implementationCarried out by our technical teams on our premises, these are the final stages in order to guarantee an optimal integration worldwide.
The expertise of three engineering offices
Expertise acquired thanks to hundreds of projects in complex environments gives our engineering office a strong capacity to innovate and anticipate in situ behaviour.
MECHANICAL ANALYSIS SKILLS
Analyses performed throughout the entire customer project cycle, from the call for tenders to testing.
CALCULATIONS
of antenna misalignment
static Analyses
Linear analyses.
Non-linear analyses (contact, material plasticity, large deformations).
Modal analyses.
Dynamic Analyses
Fatigue, dynamic response, transient response: half-sine shock.
Time-function stress.
Frequency response: sine inputs.
Optical performance verification.
PRESSURIZED EQUIPMENT ANALYSES
Internal / external pressure calculation.
VIBRATION TESTS
Prediction of vibratory response levels before testing and determination of input levels.
Analyses of the results and adaptation according to the product behavior.
Correlation of digital models and test results.
thermiC AND fluidic Analyses
Stationary or transient analyses.
Analysis of different types of exchanges: conduction, natural or forced convection, radiation.
Modelling of fluids: air or liquid (brine, dielectric oil etc.)
ThermiC
Heat transfer in solids (conduction)
Free, forced and mixed convection.
Radiation.
Heat sources (heat generation rate, thermal power, temperature)
Fluids
Hydraulic analysis of cooling circuits.
Determination of a velocity field.
Calculation of convection coefficients, calculation of load losses.
SEISM
Responses under seismic level using the PSD method (Power Spectral Density), in accordance with Eurocode 8.
We master complex environments such as space and aeronautical, naval defense and nuclear.
Spirit Technologies creates innovative solutions, that are optimized according to our constraints and your objectives.
We work together with you on design capacities and calculations.
Certified manufacturing capacities and integration
On our premises or those of our Group, the industrialization of the MGSE, systems and nuclear tools, or other custom-made or standard manufacturing benefit from all possible means provided that they respect the requirements of complex environments.
FULL-SCALE PROJECT MANAGEMENT
ENGINEERING and Project Management
SUPPLY
MANUFACTURING, assembly, testing, and certification
PACKAGING and transportation
PREcision MACHINING
MACHINING CENTRES
1500 X 800 X 800 and 800 X 500 X 500
MILLING / BORING MACHINES
5000 X 2000 X 1000, 1500 X 400 X 600, 13 and 16 m machining
NUMERICAL CONTROL LATHES: 400 X 1500 and 120 X 300
VERTICAL LATHE: Diam 4000 X 5000
WIRE CUTTING
FANUC wire cutting, capacity 400 X 400 X 300 mm
LARGE-DIMENSION BOILERMAKING
TIG / MIG / COATED ELECTRODE
Generators, direct current, alternating current, and pulsed current.
Inverter.
Welder qualifications (QS) and welding procedure specification (WPS) drafting.
MATERIALS
Steel and stainless steel.
Copper, aluminum, titanium, and their alloys.
STANDARDS
AQUAP, ASME, NFEN, RCCM...
SURFACE TREATMENTS
STAINLESS STEEL
Pickling, passivation, sandblasting / microblasting, electrolytic polishing.
CARBON STEELS
Sandblasting / microblasting, fluid paint / epoxy powder, zinc and bichromate coating, galvanization, chemical nickel plating, Fluoromide 1070 coating (Teflon coating).
ALUMINUM
Stripping / passivation, alodine / Surtec;
OAS / OAD / OAC.
AUTOMATION
SYSTEMS controls
PROCESS
ELECTRICAL engineering
HIGH-PRECISION GEOMETRIC INSPECTIONS (3D SCANNER)
THREE-DIMENSIONAL MEASURING MACHINE (CMM)
Temperature compensation from 16°C to 26°C, capacity: 1000 x 1000 x 800 mm.
3D SCANNERS ON OPTICAL CMM
KEYENCE WM 6000: measuring range 25 x 11 x 12.5 m, high precision 0.025 mm;
KEYENCE XM 5000: measuring range 2 x 1.20 x 1 m, high precision 0.003 mm.
FARO LASER TRACKER
INTEGRATION
BUILDING: 500 m² x 10 m, 12-ton bridge (7.5 m under hook)
ASSEMBLY
QUALIFICATION tests
CE CERTIFICATION
CE MARKING
NORMATIVE documentation
MAINTENANCE manuals
JUSTIFICATIONS
MGSE
for telescope intregration
The experience of cutting-edge technology
With 25 years project management experience in diverse extremely demanding sectors, we've developed specific technological know-how.
8 000 hours are invested each year in R&D, with numerous patents.
FInd out more about our experience in your sector:
CMM inspection
for large dimensions