Matrix Area Grippers FMG
Area Gripping Systems and End Effectors
Area gripping systems and end effectors are gripping systems that can be attached directly on the robot.
Compact gripping module for the design of flexible area grippers
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Measuring and Control Devices
Switches and System Monitoring
Devices for system monitoring are crucial to ensure the safe operation of a vacuum system. Schmalz offers a wide range of switches, measuring and control devices, as well as warning devices.
Vacuum regulators are mechanically adjustable and compensate for possible pressure variations from vacuum generators.
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Mechanic Vacuum Switches
Switches and System Monitoring
Devices for system monitoring are crucial to ensure the safe operation of a vacuum system. Schmalz offers a wide range of switches, measuring and control devices, as well as warning devices.
Mechanical vacuum switch in electrical and pneumatic design with adjustable switching point.
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MLV15/152
2-Way Normally Closed Magnetic Latching Valves
PeterPaul single orifice valves in which the orifice is closed in the de-energized position and no flow can exist between the inlet and outlet ports.
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MLV15/153
3-Way Normally Closed Magnetic Latching Valves (exhaust to atmosphere)
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and cylinder ports but flow does exist between cylinder and exhaust ports.
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MLV20/21
2-Way Normally Open Magnetic Latching Valves
PeterPaul single orifice valves in which the orifice is closed in the energized position and no flow can exist between the inlet and outlet ports.
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MLV20/22
2-Way Normally Closed Magnetic Latching Valves
PeterPaul single orifice valves in which the orifice is closed in the de-energized position and no flow can exist between the inlet and outlet ports.
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MLV20/22 (3-wire)
2-Way Normally Closed Magnetic Latching Valves
PeterPaul single orifice valves in which the orifice is closed in the de-energized position and no flow can exist between the inlet and outlet ports.
Choose your option
MLV20/23
3-Way Normally Closed Magnetic Latching Valves (exhaust to atmosphere)
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and cylinder ports but flow does exist between cylinder and exhaust ports.
Choose your option
MLV20/23 (3-wire)
3-Way Normally Closed Magnetic Latching Valves (exhaust to atmosphere)
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and cylinder ports but flow does exist between cylinder and exhaust ports.
Choose your option
MLV20/23 (3-wire)
3-Way Normally Closed Magnetic Latching Valve (piped exhaust)
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and cylinder ports but flow does exist between cylinder and exhaust ports.
Choose your option
MLV20/24
3-Way Normally Opened Magnetic Latching Valves
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and cylinder ports but flow does exist between cylinder and exhaust ports.
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MLV20/25
3-Way Directional Control Magnetic Latching Valves
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and normally closed ports but flow does exist between the inlet and normally open ports.
Choose your option
MLV20/25 (3-wire)
3-Way Directional Control Magnetic Latching Valves
PeterPaul dual orifice valves in which the body orifice is closed and sleeve orifice open in the de-energized position. No flow can exist between the inlet and normally closed ports but flow does exist between the inlet and normally open ports.