VACUUM PAD VMECA SERIES VF

• Lifting force (↑): 438 Kg @ -60 kPa • Lifting force (→): 307 Kg @ -60 kPa • Volume: 820.0 cm³ • Diameter: 304 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 193.87 Kg @ -60 kPa • Lifting force (→): 96.90 Kg @ -60 kPa • Volume: 460.0 cm³ • Diameter: 200 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 86.73 Kg @ -60 kPa • Lifting force (→): 61.22 Kg @ -60 kPa • Volume: 160.0 cm³ • Diameter: 152 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 42.58 Kg @ -60 kPa • Lifting force (→): 25.51 Kg @ -60 kPa • Volume: 70.0 cm³ • Diameter: 112 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 27.83 Kg @ -60 kPa • Lifting force (→): 15.98 Kg @ -60 kPa • Volume: 50.0 cm³ • Diameter: 92 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 20.40 Kg @ -60 kPa • Lifting force (→): 11.22 Kg @ -60 kPa • Volume: 20.0 cm³ • Diameter: 77 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 7.55 Kg @ -60 kPa • Lifting force (→): 4.08 Kg @ -60 kPa • Volume: 10.0 cm³ • Diameter: 53 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 7.55 Kg @ -60 kPa • Lifting force (→): 4.08 Kg @ -60 kPa • Volume: 10.0 cm³ • Diameter: 53 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 4.08 Kg @ -60 kPa • Lifting force (→): 2.55 Kg @ -60 kPa • Volume: 4.8 cm³ • Diameter: 42 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 2.55 Kg @ -60 kPa • Lifting force (→): 1.63 Kg @ -60 kPa • Volume: 2.0 cm³ • Diameter: 32 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 1.98 Kg @ -60 kPa • Lifting force (→): 0.91 Kg @ -60 kPa • Volume: 1.10 cm³ • Diameter: 27 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 1.47 Kg @ -60 kPa • Lifting force (→): 0.81 Kg @ -60 kPa • Volume: 1.0 cm³ • Diameter: 22 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics

• Lifting force (↑): 0.86 Kg @ -60 kPa • Lifting force (→): 0.66 Kg @ -60 kPa • Volume: 0.037 cm³ • Diameter: 16.5 mm • A good lift can be achieved on flat surfaces for parallel and perpendicular lifting. The suction mark inside the suction force improves the friction between holder and suction cup. Application: • Carton • Veneer panels • But the mind of metal • Electronics