SMC Corporation of America
Elite Part Number Search
Search Results "22-MHZ2-16D2"

Clean Series: 22 (Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type), Bore Size: 20mm, Finger Option: 2 (Through-holes in Opening/Closing Direction, Standard Type)

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 16mm, Finger Option: -, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 10mm, Finger Option: -, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 25mm, Finger Option: -, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 20mm, Finger Option: Basic Style, Narrow Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 10mm, Finger Option: Side Tapped Mounting, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 16mm, Finger Option: Basic Style, Narrow Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 25mm, Finger Option: Basic Style, Narrow Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 20mm, Finger Option: Side Tapped Mounting, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 16mm, Finger Option: Side Tapped Mounting, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 10mm, Finger Option: Through-holes in Opening/Closing Direction, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 10mm, Finger Option: Basic Style, Narrow Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 20mm, Finger Option: -, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 25mm, Finger Option: Side Tapped Mounting, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: Copper, Flourine & Silicon-Free+Low Particle Generation, Vacuum Suction Type, Bore Size: 20mm, Finger Option: Through-holes in Opening/Closing Direction, Standard Type, Auto Switch: -, Lead Wire: -, Number: -

Clean Series: 11 (Vacuum Suction Type), Bore Size: 16mm, Finger Option: 2 (Through-holes in Opening/Closing Direction, Standard Type), Auto Switch: M9P (Solid State, Gen. Purpose, 3 Wire PNP, Horizontal)

Clean Series: 11 (Vacuum Suction Type), Bore Size: 16mm, Finger Option: 2 (Through-holes in Opening/Closing Direction, Standard Type), Auto Switch: M9P (Solid State, Gen. Purpose, 3 Wire PNP, Horizontal), Lead Wire: L (3m)

Clean Series: 11 (Vacuum Suction Type), Bore Size: 16mm, Finger Option: 2 (Through-holes in Opening/Closing Direction, Standard Type), Auto Switch: M9P (Solid State, Gen. Purpose, 3 Wire PNP, Horizontal), Lead Wire: Z (5m)

Clean Series: 11 (Vacuum Suction Type), Bore Size: 16mm, Finger Option: 2 (Through-holes in Opening/Closing Direction, Standard Type), Auto Switch: M9PV (Solid State, Gen. Purpose, 3 Wire PNP, Vertical)

The MHZ2 series is a standard type parallel air gripper, taking the place of the MHQ*2 series. A linear guide provides high rigidity and high accuracy. MHZ2 can operate under higher pressure even at a larger holding point and overhang. High degree of mounting precision is achieved and mounting repeatability is improved.