
ZPT02 stainless steel anti-static vacuum suction cups
SKU: 1005009106173495 · 1 reviews · 8 sold
In stock
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Specifications
- Brand name
- No
- Origin
- China
- Type
- Actuator
- Power type
- Other
- Unit of measurement
- pcs
- Quantity
- 1
- Product Name
- ZPT Series Buffer Suction Cup Bracket
- Material
- Nickel-Plated Copper
- Model
- Top Air Inlet
- Rotation Mode
- K (Non-Rotatable), J (Rotatable)
- Compatible Suction Cups
- ZP-B, ZP-C, ZP-U, ZP-D series; Tianxing large-head and small-head suction cups
- Compatible Diameter
- 2 / 4 / 6 / 8 / 10 / 13 / 16 / 20 / 25 / 32 / 40 / 50 mm
- Buffer Stroke
- 6 / 10 / 15 / 20 / 25 / 30 / 40 / 50 mm
- Mounting Thread
- M10 / M8,External Threads M8*1, M10*1, M14*1
- Customization Available
- Non-standard customization supported
Description
1. Premium materials and sturdy construction Nickel-plated copper with a 0.2 um thick nickel layer: excellent corrosion resistance, smooth surface and durability for stable performance in various conditions. Carefully machined: nick-free threads, a burr-free hole inner wall and a smooth surface prevent suction cup damage, increasing the overall service life of the product. 2. Superior fit and tightness Tight fit with compatible suction cups, providing reliable tightness - critically important for stable vacuum gripping operation. The safe design prevents suction cup damage, reducing replacement costs and downtime in operation. 3. Universal compatibility and flexible configuration Wide compatibility: works with ZP-B/ZP-C/ZP-U/ZP-D series and Tianxing large/small head suction cups (diameter 2-50 mm), covering a wide range of application scenarios. Two rotation modes (K: non-rotating / J: rotating) and multiple mounting thread options (M8/M10/M14*1) for easy integration with various automation systems. 8 optional buffer clearances (6-50 mm) to adapt to different damping requirements during gripping. 4. Custom solutions Non-standard customization is supported: diameter, buffer stroke, mounting specifications or coating can be adapted to meet unique operational requirements.





