Equipment and services dedicated to the innovations of tomorrow.
AAMS offers services and solutions.
Solutions to increase sustainability of your process.
Solutions to increase quality of your process.
Solutions to enhance your skills.
We support you throughout the entire process.
Advice and support
AAMS supports our clients in managing machining production flows while studying optimal technologies and conditions to improve their competitiveness.
Training in best practices
We help you understand the processes in place to optimize machining production, analyze tool wear, and program CAD/CAM, providing us with the opportunity to share best practices with you. Our training
Qualitative measurements
Post-machining measurements are carried out on roughness, residual stresses, and hardness (including nanoindentation for material health composite or metallic). We also perform a microstructural analysis of materials before and after machining.
Characterization testing
Implement fatigue testing on various materials: tensile/compression cycling, four-point bending, with the possibility of high-temperature fatigue testing (1500°C).
Performance evaluation
Machined surface roughness, three-dimensional measurements, finishing of parts produced by additive manufacturing (expertise in titanium and Inconel materials), support in the design of metallic additive parts.
Equipment and machines:
Hermle C40
– 24 000 rpm
– Pmax 40% ED (24kW)
– Axis travel (X/Y/Z): 850/700/500 mm
– Axis movement speed: 60 m/min
– Linear acceleration: 10 m/s²
– Workpiece clamping surface: Ø800 mm
– Spindle type: Capot C5
– CNC: Heidenhain ITC530
– Lubricants used: Internal single-channel MQL via SKF bench (multi-oil)
– Emulsion: adjustable from 10 to 80 bar
Météor 10 pci-scemm
– 24,000 rpm
– Pmax S6 60% ED ts 2min (46kW)
– Axis travel (X/Y/Z): 700/600/550 mm
– Axis movement speed: 60 m/min
– Linear acceleration: 10 m/s²
– Maximum axis force: 5000 N
– Workpiece clamping surface: 630 mm
– Spindle type: HSK63
– CNC: SIEMENS 840D
– Lubricants used:
External/internal single-channel MQL VOGEL
– Emulsion: adjustable from 10 to 90 bar
Machining center dmu60t DMG
– 18,000 rpm
– Pmax S3 40% (135kW)
– Axis travel (X/Y/Z): 630/560/560 mm
– Axis movement speed (X/Y/Z): 26/26/20 m/min
– Spindle type: HSK63 Vertical (can be indexed up to 45°)
– CNC: Heidenhain ITC530
– Lubricants used: depending on the client application
tour vturn-a26 victor taichung
– 500 rpm
– Pmax S1 (270kW)
– Axis travel (X/Y/Z): 260/1300 mm
– Axis movement speed: 24 m/min
– Maximum turning diameter: 420 mm
– Maximum chuck clamping diameter: 250 mm
– CNC: FAUNC series Oi-TD
– Lubricants used: Internal MQL via bench (multi-oil)
– Emulsion: 10 bar
vsc50 axa
– 4,500 rpm
– Pmax 40% (56kW)
– Axis travel (X/Y/Z): 1500/700/750 mm
– Axis movement speed: 20 m/min
– Maximum axis force: 15,000 N
– Spindle type: Capto C8 Vertical
– CNC: SIEMENS 840D
– Lubricants used: External bi-channel MQL Menzel
– Emulsion: adjustable from 20 to 40 bar
Digital microscope : vhx 5000
– Camera 18 MegaPixels x 3CMOS 50fps
– Analysis up to x200 zoom on large parts
– 3D surface reconstruction
– Metallographic analysis (phase counting, porosities, inclusions)
– Measurement tolerance on Z axis X50=50 µm, X5000=0.3 µm
High-temperature fatigue testing machine
– Tension-compression cycles in two modes: Load – Temperature / Time – Displacement – Temperature
– Maximum load: 3 kN
– Temperature up to 1500°C (ramp 200°C/s)
– Analysis of physical and mechanical priorities (coupling load temperature or displacement temperature)
Machine de rayons x – discover 8 (bruker)
– STRESS MEASUREMENT SYSTEM BY DIFFRACTION
– Measurement of residual stresses on materials such as: Iron (ferritic, austenitic structures), Aluminum, Titanium alloys, Copper, Ceramic (Alumina)
– Inconel 625-718
– Maximum admissible weight on table: 5 kg, maximum sample height: 150 mm
– Measurement of residual austenite in steel as well
Nanoindenteur micromaterials ltd
– 2 loading ranges:
– Nano: 0.5 mN – 500 mN
– Micro: 500 mN – 20 N
– 4 modules:
– Nano-Indentation
– Nano-Impact
– Nano-Impulse
– Nano-Scratch (750°C update possible)
Edge preparation measurement : gfm mikrocad lite
– Determination of wear rate: K-factor
– 3D measurement by white light interferometry (fringes)
– Measurement of micro-geometry (cutting angle, honing, T-land, K-land dimensions and angles)