Cylinder technology
Clamping Systems
Milling Head
NC Tables
Motor SpindLE
FSW
Cytec technology inside
for excellent friction stir welding FSW
FSW head for CNC machines
The Cystir motor spindle and the 2-axis welding head are specifically designed for friction stir welding to create a perfectly fused conjunction between similar and non-similar metals.
As a result, the CYTEC friction stir welding technology achieves a perfect state of plasticity and a strong conjunction between different materials.
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HSK-tool interface with positive locking hydromechanical tool clamping system
Spindle-torque motor, can be combined with all common
control systems
pre-loaded hybrid bearings
Shear force transducer for force regulation
during welding process
Rotary union for transmission of clamp- and release-hydraulic
HSK-tool interface with positive locking hydromechanical tool clamping system Spindle-torque motor, can be combined with all common control systems pre-loaded hybrid bearings Shear force transducer for force regulation during welding process Rotary union for transmission of clamp- and release-hydraulic
Automatic Tool Clamping system
Cytec Friction stir welding spindles and heads are equipped with an automatic hydromechanical tool clamping system and shear force transducer for an optimal force regulation during the welding process. The Flextool and CyStir motor spindle offers further automation solutions to seal the weld seam.
The tools are inserted either manually or by a pickup station into the tool interface.
The PLC triggers the hydraulic operation to lock the tool high clamping force.
The tool clamping is controlled by an analog volume flowmeter combined with an electronic evaluation device integrated in the control cabinet.
Automatic Tool Clamping system Cytec Friction stir welding spindles and heads are equipped with an automatic hydromechanical tool clamping system and shear force transducer for an optimal force regulation during the welding process. The Flextool and CyStir motor spindle offers further automation solutions to seal the weld seam. The tools are inserted either manually or by a pickup station into the tool interface. The PLC triggers the hydraulic operation to lock the tool high clamping force. The tool clamping is controlled by an analog volume flowmeter combined with an electronic evaluation device integrated in the control cabinet.
High surface finish, less process force and heat, highly dynamic welding enabled by non-rotating tool shoulder separate retraction of the Pin or separate pushing shoulder.
This special join process is more sensitive and a good alternative to great better surface finish. The friction pin rotates into the mate-rial. The non rotating shoulder gives a slight pressure to the welding surface. This process create less force and heat. This type of FSW tool is often used on thin workpieces. With the Flextool an axial shoulder compression at the end of the welding process is possible. During the shoulder stay on the surface the Pin returns from the material.
High surface finish, less process force and heat, highly dynamic welding enabled by non-rotating tool shoulder separate retraction of the Pin or separate pushing shoulder.
This special join process is more sensitive and a good alternative to great better surface finish. The friction pin rotates into the mate-rial. The non rotating shoulder gives a slight pressure to the welding surface. This process create less force and heat. This type of FSW tool is often used on thin workpieces. With the Flextool an axial shoulder compression at the end of the welding process is possible. During the shoulder stay on the surface the Pin returns from the material.
Mounting ring with feed and clamping units (3 pcs.)
Mounting ring with feed and clamping units (3 pcs.)
Axial moving shulder
Axial moving shulder
(4-20mA analog), 6 pcs. and 3 pcs.
Evaluation electronic
(Sum signal)
6 force sensors as standard feature of the 2 axis FSW head
3 force sensors as standard feature of the robot FSW Spindle
(4-20mA analog), 6 pcs. and 3 pcs.
Evaluation electronic
(Sum signal)
6 force sensors as standard feature of the 2 axis FSW head
3 force sensors as standard feature of the robot FSW Spindle
