Valves and Manifolds
Valves and Manifolds within Fluid Power.
Category CAT-000000230
Publications
- OT-2026-000006465
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a manifold (16), a zone branch (18), and a vent valve (20). The arrangement addresses controlling the moment the workpiece is let go, where r
- OT-2026-000006461
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a isolation valve (16), a contact detector (18), and a vent valve (20). The arrangement addresses controlling the moment the workpiece is let go,
- OT-2026-000006460
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a manifold (16), a contact detector (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air contin
- OT-2026-000006458
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a mounting flange (10), a bellows cup (12), a vacuum pump (14), a isolation valve (16), a blow-off valve (18). The arrangement addresses putting the workpiece down quickly without it sticking to the face, where a
- OT-2026-000006455
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a isolation valve (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses knowing that the workpiece is actually held befo
- OT-2026-000006453
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a manifold (18), and a vent valve (20). The arrangement addresses changing the tool between jobs without rewiring the
- OT-2026-000006450
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a vacuum pump (14), a manifold (16), a zone branch (18), and a pressure sensor (20). The arrangement addresses knowing that the workpiece is actually held before the a
- OT-2026-000006449
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a plant vacuum connection (14), a manifold (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses knowing that the workpiece is actually
- OT-2026-000006446
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a tool-change interface (10), a bellows cup (12), a vacuum pump (14), a isolation valve (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses gripping workpieces that are not at the same h
- OT-2026-000006444
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a isolation valve (16), a pressure sensor (18), and a blow-off valve (20). The arrangement addresses putting the workpiece down quickly without it stic
- OT-2026-000006443
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a isolation valve (16), a manifold (18), and a vent valve (20). The arrangement addresses choosing where the vacuum comes from, where an ejector spends
- OT-2026-000006441
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a tool-change interface (10), a bellows cup (12), a vacuum pump (14), a manifold (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses gripping workpieces that are not at the same height,
- OT-2026-000006440
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a vacuum pump (14), a isolation valve (16), a blow-off valve (18). The arrangement addresses changing the tool between jobs without rewiring the cell, where a dedicated tool per work
- OT-2026-000006437
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a plant vacuum connection (14), a manifold (16), a pressure sensor (18). The arrangement addresses holding a porous or uneven workpiece that a rigid cup cannot seal, where a rigid li
- OT-2026-000006436
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a tool-change interface (10), a bellows cup (12), a vacuum pump (14), a manifold (16), a contact detector (18), and a pressure sensor (20). The arrangement addresses knowing that the workpiece is actually held bef
- OT-2026-000006434Vacuum cup gripper, four zone face, common isolation valve, pump fed, contact triggered, rubber cups
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a zone branch (18), and a contact detector (20). The arrangement addresses starting the vacuum at the right moment in
- OT-2026-000006432
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a manifold (16), a contact detector (18). The arrangement addresses starting the vacuum at the right moment in the approach, where evacuating before th
- OT-2026-000006430
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a plant vacuum connection (14), a isolation valve (16), a manifold (18). The arrangement addresses changing the tool between jobs without rewiring the cell, where a dedicated tool pe
- OT-2026-000006428
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a ejector (14), a isolation valve (16), a zone branch (18). The arrangement addresses changing the tool between jobs without rewiring the cell, where a dedicated tool per workpiece f
- OT-2026-000006427
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a zone branch (18), and a pressure sensor (20). The arrangement addresses knowing that the workpiece is actually held
- OT-2026-000006426
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a manifold (16), a blow-off valve (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air co
- OT-2026-000006422
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a ejector (14), a isolation valve (16), a vent valve (18). The arrangement addresses holding a porous or uneven workpiece that a rigid cup cannot seal, where a rigid lip needs a smoo
- OT-2026-000006416
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a blow-off valve (18). The arrangement addresses changing the tool between jobs without rewiring the cell, where a de
- OT-2026-000006415
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a vacuum pump (14), a manifold (16), a contact detector (18), and a vent valve (20). The arrangement addresses controlling the moment the workpiece is let go, where re
- OT-2026-000006414
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a plant vacuum connection (14), a manifold (16), a contact detector (18). The arrangement addresses changing the tool between jobs without rewiring the cell, whe
- OT-2026-000006412
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a manifold (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses choosing where the vacuum comes from, where an ejector spends
- OT-2026-000006411
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a plant vacuum connection (14), a isolation valve (16), a zone branch (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spen
- OT-2026-000006403
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a isolation valve (16). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air continuously while a pum
- OT-2026-000006401
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a plant vacuum connection (14), a isolation valve (16), a zone branch (18). The arrangement addresses changing the tool between jobs without rewiring the cell, w
- OT-2026-000006399
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a isolation valve (16), a zone branch (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air cont
- OT-2026-000006398
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a isolation valve (16), a contact detector (18), and a pressure sensor (20). The arrangement addresses starting the vacuum at the right moment in
- OT-2026-000006397
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a vacuum pump (14), a isolation valve (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses holding a porous or uneven workpiece that a rigid cup cannot seal
- OT-2026-000006396Vacuum cup gripper, four zone face, two outlet manifold, ejector fed, contact triggered, rubber cups
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a manifold (16), a zone branch (18), and a contact detector (20). The arrangement addresses choosing where the vacuum comes from, where an ejecto
- OT-2026-000006395
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a manifold (18), and a pressure sensor (20). The arrangement addresses knowing that the workpiece is actually held before t
- OT-2026-000006394
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a tool-change interface (10), a bellows cup (12), a vacuum pump (14), a manifold (16), a blow-off valve (18). The arrangement addresses gripping workpieces that are not at the same height, where a rigid cup that r
- OT-2026-000006393
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a tool-change interface (10), a foam pad (12), a ejector (14), a manifold (16), a pressure sensor (18). The arrangement addresses knowing that the workpiece is actually held before the arm moves, where a cup that has not sealed l
- OT-2026-000006391
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a ejector (14), a manifold (16), a vent valve (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air continuously
- OT-2026-000006390
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a manifold (18), and a contact detector (20). The arrangement addresses handling workpieces that do not cover the who
- OT-2026-000006388
An end effector for porous-face vacuum end-of-arm tooling is described. The tool comprises a mounting flange (10), a foam pad (12), a plant vacuum connection (14), a isolation valve (16), a zone branch (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air continuou
- OT-2026-000006387
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a vacuum pump (14), a manifold (16), a vent valve (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air continuo
- OT-2026-000006386
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a zone branch (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compresse
- OT-2026-000006382
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a isolation valve (16), a manifold (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air c
- OT-2026-000006381
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a manifold (18). The arrangement addresses handling workpieces that do not cover the whole gripping face, where an un
- OT-2026-000006379
An end effector for vacuum end-of-arm tooling with compliant bellows cups is described. The tool comprises a tool-change interface (10), a bellows cup (12), a ejector (14), a isolation valve (16), a manifold (18). The arrangement addresses gripping workpieces that are not at the same height, where a rigid cup that reac
- OT-2026-000006375
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a manifold (16), a zone branch (18), and a contact detector (20). The arrangement addresses choosing where the vacuum comes from, where an ej
- OT-2026-000006372
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a contact detector (18). The arrangement addresses starting the vacuum at the right moment in the approach, where eva
- OT-2026-000006371
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a ejector (14), a manifold (16), a pressure sensor (18), and a vent valve (20). The arrangement addresses changing the tool between jobs without rewiring the cel
- OT-2026-000006370
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a plant vacuum connection (14), a isolation valve (16), a manifold (18). The arrangement addresses handling workpieces that do not cover the whole gripping face,
- OT-2026-000006369
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a tool-change interface (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a contact detector (18), and a pressure sensor (20). The arrangement addresses starting the vacuum at the right momen
- OT-2026-000006367
An end effector for vacuum end-of-arm tooling for robotic material handling is described. The tool comprises a mounting flange (10), a suction cup (12), a vacuum pump (14), a isolation valve (16), a manifold (18). The arrangement addresses choosing where the vacuum comes from, where an ejector spends compressed air con