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Cup Diameter
Type
Material

Vacuum Cups

Only EMI gives you this wide of a selection of in-stock vacuum cup brands specifically suited for use on EOAT. Mix and match vacuum cups to best suit your application. Use our new site to quickly search over 740 different EOAT vacuum cups. Our engineers are experts in vacuum cup automation and are happy to answer any questions to help you select the option that is right for your application.

  • PIAB Vacuum Cups: Many consider these the best performing EOAT vacuum cups available. We offer them in flat, deep, & 1.5 bellow in these materials: Polyurethane, Silicone, Chloroprene, and Nitrile
  • Coval Vacuum Cups: A standard vacuum cup automation option that is particularly helpful with plastic and packaging applications.
  • Hithane Vacuum Cups: A hybrid, high-temperature non-silicone, non-marking cup that works well in high temperatures. These are the best all-purpose vacuum cups for handling injection molded parts.
  • SMC Vacuum Cups: Nice quality, good performing cup. We offer them in: Silicone, Polyurethane, Nitrile, and Anti-Static
  • Duraflex Vacuum Cups: One of the best polyurethane cups we use with EOAT.
  • ShorTec Vacuum Cups: A great low-cost, dual-durometer vacuum cup.
  • Gimatic Vacuum Cups: Available in many styles, sizes, and materials including for carbon fiber.
  • Star Vacuum Cups: Very nice quality cups available in Silicone and Fluorine.
1 - 36 of 53 ▶|
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Description
Price
Quantity
  • New, all white bellow
  • M5 Male thread stainless steel nipple
  • PTFE vacuum cup does not stick to hot carbon fiber parts up to 480°F
  • Flexible silicone bellow allows axial and angular movements for part compliance
69.50
Each
  • M5 Male thread stainless steel nipple
  • PTFE vacuum cup does not stick to hot carbon fiber parts up to 480°F
  • Flexible silicone bellow allows axial and angular movements for part compliance
69.50
Each
  • G1/8" Male thread stainless steel nipple
  • PTFE vacuum cup does not stick to hot carbon fiber parts up to 480°F
  • Flexible silicone bellow allows axial and angular movements for part compliance
79.00
Each
  • G1/8" Male thread stainless steel nipple
  • PTFE vacuum cup does not stick to hot carbon fiber parts up to 480°F
  • Flexible silicone bellow allows axial and angular movements for part compliance
87.25
Each
  • G1/8" Male thread stainless steel nipple
  • PTFE vacuum cup does not stick to hot carbon fiber parts up to 480°F
  • Flexible silicone bellow allows axial and angular movements for part compliance
101.00
Each
  • Black
  • 212° max. temp.
  • 48° durometer
2.59
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
3.56
Each
  • Green
  • 176° max. temp.
  • 53° durometer
2.24
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
3.56
Each
  • Black
  • 212° max. temp.
  • 48° durometer
2.59
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
4.54
Each
  • Green
  • 176° max. temp.
  • 53° durometer
2.26
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
4.54
Each
  • Black
  • 212° max. temp.
  • 48° durometer
3.56
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
5.18
Each
  • Green
  • 176° max. temp.
  • 53° durometer
2.35
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
5.18
Each
  • Black
  • 212° max. temp.
  • 48° durometer
4.86
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
5.83
Each
  • Green
  • 176° max. temp.
  • 53° durometer
2.45
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
5.83
Each
  • Black
  • 212° max. temp.
  • 48° durometer
4.86
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
7.14
Each
  • Green
  • 176° max. temp.
  • 53° durometer
3.36
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
7.14
Each
  • Black
  • 212° max. temp.
  • 48° durometer
6.49
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
8.11
Each
  • Green
  • 176° max. temp.
  • 53° durometer
3.54
Each
  • Clear
  • 392° max. temp.
  • 55° durometer
8.11
Each
2.92
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
4.54
Each
3.55
Each
4.54
Each
3.56
Each
  • Blue
  • 302° max. temp.
  • 60° durometer
  • New non–marking HNBR material has a higher temp range
5.83
Each
3.66
Each
1 - 36 of 53 ▶|
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