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Zero-point quick clamping cylinders
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Zero-point quick clamping station - TRIAG oppSystem
The TRIAG Zero-point Palleting System
The OPP (Zero Point Palleting) System represents an ideal interface between machining table and the workholding device. The receiver chuck is installed on the machine table. This chuck may consist of one, two, four, six or more receiver nuts. Onto these air operated reliever chucks, a pallet, a fixture or a vise is mounted within...
The OPP (Zero Point Palleting) System represents an ideal interface between machining table and the workholding device. The receiver chuck is installed on the machine table. This chuck may consist of one, two, four, six or more receiver nuts. Onto these air operated reliever chucks, a pallet, a fixture or a vise is mounted within...
Zero-point quick clamping station - TRIAG oppSystem
The TRIAG Zero-point Palleting System
The OPP (Zero Point Palleting) System represents an ideal interface between machining table and the workholding device. The receiver chuck is installed on the machine table. This chuck may consist of one, two, four, six or more receiver nuts. Onto these air operated reliever chucks, a pallet, a fixture or a vise is mounted within a matter of seconds. On the bottom surface of the workholding devices centering rings are inserted. These centering rings are ground to a very high accuracy, permitting the locking down of the workholding device with a repeatability of 0.002 mm on all three axes.
The chucks are locked by spring force and unlocked by compressed air of 6 Bar. This means that no hose connection is necessary during machining. Hydraulic pumps or hydraulic amplifiers are superfluous.
The patented OPP System allows 750'000 locking and unlocking cycles without loss of positioning accuracy. If necessary, the changing of the pallet may be accomplished by a robot or a handling system. Thermal expansion is compensated for by the spring loaded centering units. Due to the unique OPP System, it is possible to bring the loading and unloading of the actual workpiece out of the machine which guarantees a maximum of productive machine time.
Maintenance is simple as all components are easily accessible and replaceable. There are standard receiver checks and pallets available with two or four receiver units.
The OPP (Zero Point Palleting) System represents an ideal interface between machining table and the workholding device. The receiver chuck is installed on the machine table. This chuck may consist of one, two, four, six or more receiver nuts. Onto these air operated reliever chucks, a pallet, a fixture or a vise is mounted within a matter of seconds. On the bottom surface of the workholding devices centering rings are inserted. These centering rings are ground to a very high accuracy, permitting the locking down of the workholding device with a repeatability of 0.002 mm on all three axes.
The chucks are locked by spring force and unlocked by compressed air of 6 Bar. This means that no hose connection is necessary during machining. Hydraulic pumps or hydraulic amplifiers are superfluous.
The patented OPP System allows 750'000 locking and unlocking cycles without loss of positioning accuracy. If necessary, the changing of the pallet may be accomplished by a robot or a handling system. Thermal expansion is compensated for by the spring loaded centering units. Due to the unique OPP System, it is possible to bring the loading and unloading of the actual workpiece out of the machine which guarantees a maximum of productive machine time.
Maintenance is simple as all components are easily accessible and replaceable. There are standard receiver checks and pallets available with two or four receiver units.
Zero-point clamping system - CENTREX pallet
Solid mounting of the pallets with rapid-action screws...
Zero-point clamping system - CENTREX pallet
Solid mounting of the pallets with rapid-action screws on the base plate.
No additional actuating medium.
Advantages
Easy manual actuation
No peripherals, easy maintenance
No additional actuating medium.
Advantages
Easy manual actuation
No peripherals, easy maintenance
Zero-point clamping system - CENTREX kwik
Draw-in and locking elements clamping the device pallet and base plate via the centering...
Zero-point clamping system - CENTREX kwik
Draw-in and locking elements clamping the device pallet and base plate via the centering bolt form and force fit.
Advantages
Extremely fast manual activation [with e.g. a cordless screwdriver]
Full utilization of the pallet system
Automated actuation can be retrofitted [pneumatic, hydraulic or elctric]
Advantages
Extremely fast manual activation [with e.g. a cordless screwdriver]
Full utilization of the pallet system
Automated actuation can be retrofitted [pneumatic, hydraulic or elctric]
Zero-point clamping system - CENTREX
Steady magnetic draw-in force clamps the pallet on the base plate. Unlocking via an electrical switch-off of the...
Zero-point clamping system - CENTREX
Steady magnetic draw-in force clamps the pallet on the base plate. Unlocking via an electrical switch-off of the permanent magnet - energy is only required at that time.
Advantages
Extremly fast automated actuation
Process-reliable locking mechanism via permanent magnets
Workpiece and chips are not magnetized
Highly energy-efficient [power consumption at lock and unlock only]
Full utilization of the pallet system
Advantages
Extremly fast automated actuation
Process-reliable locking mechanism via permanent magnets
Workpiece and chips are not magnetized
Highly energy-efficient [power consumption at lock and unlock only]
Full utilization of the pallet system
Zero-point quick clamping cylinder / counter-top / round - KNP-5-06-001
The KNP-5-06-001 is a multiple coupling system which performs as the interface for media transmission between the fixture pallet and the loading and unloading station. The structure of the system is based on...
Zero-point quick clamping cylinder / counter-top / round - KNP-5-06-001
The KNP-5-06-001 is a multiple coupling system which performs as the interface for media transmission between the fixture pallet and the loading and unloading station. The structure of the system is based on the coupling elements which are integrated in a common plate.
The model can be used with rotary couplings to suit various applications. It also enables various coupling elements to be combined. A depressurized or pressurized coupling function is also built into its design. The unit is varied, as it is designed with four nominal diameters. It also allows the transfer of liquid, gaseous media, and vacuum. Additional functions can also be integrated in the machine.
The unit is designed for engineering, such as handling technology and robotics, and in the construction of molds and dies.
The model can be used with rotary couplings to suit various applications. It also enables various coupling elements to be combined. A depressurized or pressurized coupling function is also built into its design. The unit is varied, as it is designed with four nominal diameters. It also allows the transfer of liquid, gaseous media, and vacuum. Additional functions can also be integrated in the machine.
The unit is designed for engineering, such as handling technology and robotics, and in the construction of molds and dies.
Zero-point quick clamping cylinder / for integration / round - GB-100
The subassembly built-in piston is integrated directly into the fixture body that features cylinder housing. The distinguished design provides the advantage of the minimized space requirement of the clamping...
Zero-point quick clamping cylinder / for integration / round - GB-100
The subassembly built-in piston is integrated directly into the fixture body that features cylinder housing. The distinguished design provides the advantage of the minimized space requirement of the clamping cylinder or operating cylinder. The sub-assembly includes a piston, a threaded bushing and includes all seals. The threaded bushing is equipped a metallic wiper and soft wiper as standard. The hydraulic oil is fed through drilled holes. The hydraulically double-acting sub-assembly enables to generate pushing and pulling forces. Appropriate seals are used based on temperature. The tightened threaded bushing is to be secured with a threaded pin for which an appropriate small thread is fitted into the threaded hole of the bushing in which the threaded pin is installed.