Our
systems
Clamping
Clamping system
for 3- to 5-axis machining centers
Clamping
5-station hydraulic clamping system for trimming metallurgical specimens.
Retractable stop and centring device. Telescopic clamping.
Automatic sequencing hydraulic system for clamping camshaft support housings: cylinders, fixed or adaptive supports, integrated cooling.
4-station hydraulic clamping system for high-volume machining of aluminium gearbox housings. 2 "pass-through" type stations for machining both sides of parts in Op10 and 2 upper stations for machining parts in Op20. Automatic positioning on loading and adaptive clamping around the periphery of the part.
Hydraulic clamping system for machining an aircraft turbine blade features. Automatic sequencing of positioning using a pressure cylinder.
Clamping carried out with ball-ended contact points. Adaptive, self-locking anti-vibration devices placed beneath the core of the part.
Validation of hydraulic functions ensured by hydraulic indicators.
Clamping system
for lathes
A specialised clamping system is used to machine mass-produced automotive turbo bodies on a vertical turning centre. Positioning uses an expanding system and hydraulic cylinders, with integrated adaptive hydraulic cylinders providing clamping and anti-vibration support. Hydraulic actuation is achieved through a multi-channel drilled beam and a high-speed, high-pressure rotary joint.
Hydraulic internal/external clamping system for turning and milling carbon fibre engine casings.
Features automatic centring, orientation, and clamping, with adaptive anti-vibration support and integrated quick-change for vertical turning/milling centres.
Special 8-jaw compensated chuck with force distribution mechanism for clamping thin-walled composite segments without deformation.
Clamping capacity from Ø100 to Ø600
Clamping actuated by the machine's hydraulic cylinder
Text: Special tapered-arm chuck with self-clamping effect for machining a Spiro-conical crown.
Centred on the base by a ball-bearing system. Floating clamp operated by an integrated hydraulic cylinder
Mandrels
Expanding chucks
Special expanding sleeve chuck designed for clamping hydraulic piston motor bodies. Provides centring and clamping on the spline pitch diameter, features a self-tightening mechanism, and uses a wide-faceted expansion cone to enhance torque transmission and resist machining forces. Includes integrated air leakage detection for flatness and a hydraulic cylinder for clamping. Features a high-power, high-precision zero-point system for efficient series changeover.
Special expanding chuck designed for air conditioning compressor parts. Conical arms centre and clamp, while shaped jaws fit the internal workpiece profile. Operated by the machine's hydraulic cylinder.
Special expanding chuck for high-volume machining of air-conditioning compressor bodies. Concentric system with 2+2+2 conical jaws with plating effect and compensation for perfect balancing of clamping force. Operated by the machine's hydraulic cylinder.
Expandable centring and integrated clamping system for mass-producing compressor flanges.
Hydromechanical centring and clamping sequence.
Backstop controlled by air leak system integrated into the support. Pre-positioning and energy-free holding in position by elastic blade.
steady rest
self-centring
steady rest
Hydraulic self-centring steady rest system features a wide centring range suitable for multifunctional turning centres. It has a compact body equipped with an internal hydraulic cylinder.
The design includes integrated pressurisation, automatic lubrication, and a dedicated support component.
Centring and clamping system with self-centring steady rests enables machining of various calibrated tube ends. Features include a wide centring range, sequenced hydraulic actuation, and zero-point mounting with hydraulic coupling.
SYSTEMS
Zero Point
Systems
Quick-change expanding mandrel zero-point system
Designed for 5-axis machining centres
Features integrated high-pressure hydraulic clamping
Cone/crossface system ensures precise positioning
16 traction points; hydraulically released.
Compact zero-point system for turning centre spindles.
Enables rapid changeover of automatic chucks.
Compatible with hydraulic cylinders.
Includes automatic tie-rod hook and pneumatic spindle centre release.
800x800 zero point table, designed for 5-axis machining centers. Equipped with an integrated 6-way hydraulic coupling and a hydraulic locking system with built-in electric control.
Ø400 compact zero-point table for 5-axis machining centres with integrated 6-way hydraulic coupling and pneumatic release.
SYSTEMS
Power supply
hydraulic
Hydraulic system for a 4-axis horizontal machining centre:
- Two 6-way, 200 bar supplies via cable chain and high-pressure hydraulic swivel joint.
- Designed, produced, and fully integrated on site.
Hydraulic equipment for a vertical machining centre with dividing system and counter-bearing.
Design, manufacture, and on-site integration of a 2x6 high-pressure supply line for driving multiple hydraulic tools.
High-pressure air/oil rotary joint system installed on both splitter and counter-bearing.
Fully integrated 12-way rigid hydraulic supply
Two-pallet horizontal machining centre equipped
SYSTEMS
Hydraulic Units
4-way 200 bar hydraulic unit with PLC
Sequence and pressure controlled by proportional solenoid valves
Design, assembly, integration, and fine-tuning
HMI PLC manages hydraulic power pack control, overseeing sequence, pressure/flow, and safety with the machine's numerical control system, and integrates into the machine safety loop.
4-way hydraulic unit, 200 bar, high flow.
Solenoid valves are directly controlled by the machine's numerical control system.