ZP3
The ZPT series suction cups are available in diameters from 2 to 125mm, 6-cup materials, and 4-cup designs (flat, flat with ribs, deep and bellows), to suit multiple applications. Vertical vacuum entry connections can be made via one-touch fittings or threaded connections. Optional buffers can be ordered with up to 50mm stroke. SMC's ZP2 series vacuum pads are available in diameters from 2 to 340mm, and offer a variety of pad materials and designs. The ZP2 series was designed to standardize special products designed for the ZP series. Pad types include: miniature cups, compact cups, nozzle cups, multi-bellows cups, sponge cups, mark-free cups, oval cup variations, and heavy-duty cup variations. Optional buffers can be ordered with up to 100mm stroke. The ZP3 line of suction cups has a compact pad and the buffer body has been shortened by as much as 2.2" when compared to the ZP series. The optional buffer can be ordered with up to 20mm stroke.
ZP3-T, Compact Pad, Vertical Vacuum Inlet w/Adapter
The ZPT series suction cups are available in diameters from 2 to 125mm, 6-cup materials, and 4-cup designs (flat, flat with ribs, deep and bellows), to suit multiple applications. Vertical vacuum entry connections can be made via one-touch fittings or threaded connections. Optional buffers can be ordered with up to 50mm stroke. SMC's ZP2 series vacuum pads are available in diameters from 2 to 340mm, and offer a variety of pad materials and designs. The ZP2 series was designed to standardize special products designed for the ZP series. Pad types include: miniature cups, compact cups, nozzle cups, multi-bellows cups, sponge cups, mark-free cups, oval cup variations, and heavy-duty cup variations. Optional buffers can be ordered with up to 100mm stroke. The ZP3 line of suction cups has a compact pad and the buffer body has been shortened by as much as 2.2" when compared to the ZP series. The optional buffer can be ordered with up to 20mm stroke.
- Vertical vacuum entry with adapter
- Pad diameter: 1.5, 2, 3.5, 4, 6, 8, 10, 13, 16
- Pad type: flat, flat with groove, bellows
- Pad material: NBR, FKM, silicone rubber, urethane rubber, conductive NBR, conductive silicone rubber
ZP3-T, Compact Pad, Vertical Vacuum Inlet w/Buffer
The ZPT series suction cups are available in diameters from 2 to 125mm, 6-cup materials, and 4-cup designs (flat, flat with ribs, deep and bellows), to suit multiple applications. Vertical vacuum entry connections can be made via one-touch fittings or threaded connections. Optional buffers can be ordered with up to 50mm stroke. SMC's ZP2 series vacuum pads are available in diameters from 2 to 340mm, and offer a variety of pad materials and designs. The ZP2 series was designed to standardize special products designed for the ZP series. Pad types include: miniature cups, compact cups, nozzle cups, multi-bellows cups, sponge cups, mark-free cups, oval cup variations, and heavy-duty cup variations. Optional buffers can be ordered with up to 100mm stroke. The ZP3 line of suction cups has a compact pad and the buffer body has been shortened by as much as 2.2" when compared to the ZP series. The optional buffer can be ordered with up to 20mm stroke.
- Vertical vacuum entry with buffer
- Pad diameter: 1.5, 2, 3.5, 4, 6, 8, 10, 13, 16
- Pad type: flat, flat with groove, bellows
- Pad material: NBR, FKM, silicone rubber, urethane rubber, conductive NBR, conductive silicone rubber
- Buffer strokes: 3mm, 6mm, 10mm, 15mm, 20mm
ZP3B*M Magnetic Buffer
ZP3B Magnetic buffer utilizes a unique spring-less structure with powerful 4-pole magnets to provide a stable buffer reaction force throughout the entire stroke, ensuring consistent and reliable workpiece handling. It significantly reduces impact applied to delicate workpieces compared to spring-type buffer, reducing risk of damage and improving product quality.
- Applicable to cup size ø1.5 to ø32
- Stroke length: 3mm, 6mm and 16mm
- Ultra-low particle generation due to the spring-less structure
- Non-rotating design
- Copper and zinc-free: Compatible with secondary battery manufacturing processes