Режущие и зажимные инструменты Hoffmann Group 2026 - страница 1148

ZeroClamp zero-point clamping pot − self-locking

When your requirements become more demanding.

Operating principle: A piston recessed in the slide area and equipped with drivers arranged at an angle of 15° which engage in the slides. Piston stroke motion moves the clamping slides radially, locking the clamping stud by applying the spring force of the 14 locking springs.

Slide position query Open clamping pot tible with standard Compa clamping studs 360025 60° ⌀ 12 ⌀ 124 60° 60° Slide position query Turbo function Blow out clamping pot

Tried-and-tested benefits: Advantages over standard clamping pots:

• Compatible with existing installations.
• 30% greater force/stroke volume.

Repetition accuracy <2.5 μm. Clamping slides motion is linear and does not need to be divided Zero play thanks to HSK principle. into rapid stroke and clamping stroke. Thermal symmetry due to pre-loaded clamping cones. Blow-out function, turbo function and jaw position query as standard. These always compensate for pitch inaccuracies towards the zero point. No free studs or sword stud required, but still works the classic Only one type of clamping stud is required, which simplifies logistics. way with these types of studs

Self-locking clamping pot

• 6 bar compressed air connection required to unlock.
• Radial compensation 0.1 mm.
• Maximum pin retraction 1 mm.
• Repetition accuracy < 2.5 μm.
• All components made of stainless or corrosion-resistant steel.

Application: For individual incorporation in the clamping system. For retrofitting on existing base plates for greater holding force.

Optional extras: Clamping stud No. 360025 size 16M8, 16M10, 18M12, 18M16 and 25M10.

Type Z120L Z138L

36 0045 ZeroClamp clamping pot

self-locking eShop eShop

53,8 Indexing hole available no

ZeroClamp zero-point clamping system − Accessories

Clamping pots

All components made of stainless or corrosion-resistant steel.

Application: For individual incorporation in the clamping system. d d d 36 H = 33 H = 22 H = 28 + 0.005 + 0.005 + 0.005