ROEMHELD
Products
387
Römheld GmbH Friedrichshütte
Chucking systems
Tower workholding sytems TS
| 100 und 125 mm | |
| 4 | |
| 25 kN | |
| 40 kN |
TS tower workholding systems are used on horizontal machining centres, in vertical machining in connection with 4th axis, but also on 5-axis machining centres. The applications range from manually equipped machines to pallet stations and fully automated systems.
- 2 sizes for optimum design to the machining centre
- Clamping of 4, 8 or 16 workpieces with standard jaws
- Clamping of different workpiece dimensions also on one side
- Purely mechanical build up of the clamping force
- Easy and safe operation
- Large jaw openings and high flexibility due to extensive range of clamping jaws
- Highest stability by design as a monoblock
- Optimum protection against contamination and wear through patented guidance and sealing
- Process-safe application of clamping force, also when using grip jaws
The tower workholding systems TS convince with their durability and precision. The patented guidance and sealing principle works without any delicate sheet metal covers or plastic wipers. The design as a monoblock, without interfaces to individually screwed workholding systems, stands for high stability and high accuracy. The centrally arranged fixed jaw as a central jaw is without load and thus absolutely zero point stable. The workpieces are positioned close to each other, thus reducing the travel paths of the machining centre to a minimum. The purely mechanical operation enables clamping also with low and always reproducible clamping forces. These characteristics turn the tower workholding systems TS into a flexible standard fixture for a wide variety of applications in modern production.
- 2 sizes for optimum design to the machining centre
- Clamping of 4, 8 or 16 workpieces with standard jaws
- Clamping of different workpiece dimensions also on one side
- Purely mechanical build up of the clamping force
- Easy and safe operation
- Large jaw openings and high flexibility due to extensive range of clamping jaws
- Highest stability by design as a monoblock
- Optimum protection against contamination and wear through patented guidance and sealing
- Process-safe application of clamping force, also when using grip jaws
The tower workholding systems TS convince with their durability and precision. The patented guidance and sealing principle works without any delicate sheet metal covers or plastic wipers. The design as a monoblock, without interfaces to individually screwed workholding systems, stands for high stability and high accuracy. The centrally arranged fixed jaw as a central jaw is without load and thus absolutely zero point stable. The workpieces are positioned close to each other, thus reducing the travel paths of the machining centre to a minimum. The purely mechanical operation enables clamping also with low and always reproducible clamping forces. These characteristics turn the tower workholding systems TS into a flexible standard fixture for a wide variety of applications in modern production.
Nullpunkt Spannsystem STARK.basic
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Chucking system
Römheld GmbH Friedrichshütte
Chucking systems
| 88 bis 55.000 N | |
| < 0,01 mm |
The basis for simple zero point clamping
- Positioning and clamping in one function
- compact design with high clamping forces
- Modular design with 14 variants
- simple installation contour
- easy to clean
- easy to maintain - easy to replace
- can be operated hydraulically or pneumatically
- reasonable price
Translated with DeepL
- Positioning and clamping in one function
- compact design with high clamping forces
- Modular design with 14 variants
- simple installation contour
- easy to clean
- easy to maintain - easy to replace
- can be operated hydraulically or pneumatically
- reasonable price
Translated with DeepL
Zero point clamping system STARK.connect
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Chucking system
Römheld GmbH Friedrichshütte
Chucking systems
The SPEEDY connect series are fast closing clamps made of high-quality tool steel and a housing made of anodised, high-strength aluminium with very low space requirements due to compact external dimensions. The system is clamped mechanically using springs, the force is boosted pneumatically and the system also released pneumatically. The SPEEDY connect is self-locking due to the integrated spring assembly.
The integrated polling unit acquires and signals the clamping state via three signals (?clamped without nipple?, ?nipple clamped? or ?released?) on LEDs on the rear of the element, as well as digital signals for forwarding to a higher-level controller. The polling is designed so it is resilient to interference and is suitable for use in welding systems.
The integrated polling unit acquires and signals the clamping state via three signals (?clamped without nipple?, ?nipple clamped? or ?released?) on LEDs on the rear of the element, as well as digital signals for forwarding to a higher-level controller. The polling is designed so it is resilient to interference and is suitable for use in welding systems.
