Application · Components & project inquiries
Start with the object you need to pick up, not a guessed ejector model. Discuss cups, compressed-air vacuum sources, filtration and sensing for a handling station or robot end effector.
These tasks are examples. Share the conditions you know; you do not need every detail to start an inquiry.
Start with the available sealing area and the surface. Flat sheets, curved parts and porous packaging require different discussions; a cup diameter alone does not establish lifting capacity.
Useful details: Material, shape, surface, weight, acceleration and pickup direction
Ask about this task →Discuss CV ejectors or ZH compact generators for the pickup point. Include the air supply and leakage conditions; confirm the exact interfaces and performance for the requested model.
Useful details: Supply pressure, available airflow, leakage, line volume and cycle time
Ask about this task →Discuss GVF filtration for the line and GVR regulation when controlled vacuum is needed. Neither component creates vacuum or replaces the vacuum source.
Useful details: Contaminants, line size, flow direction, required vacuum and installation
Ask about this task →Discuss sensing before the next machine movement. Confirm the measurement range and output of the exact DPH model; do not assume every pressure switch measures vacuum.
Useful details: Vacuum range, threshold, NPN/PNP or analogue signal and connection
Ask about this task →Bring fittings and tubing into the request with the source and cups. Line length, bore and joints influence evacuation; share the layout rather than treating every tube as interchangeable.
Useful details: Tube outside/inside diameter, length, threads, bends and robot movement
Ask about this task →| Nozzle Diameter | Max. Vacuum Level | Suction Flow (L/min) | Air Consumption (L/min) | Typical Handling Applications |
|---|---|---|---|---|
| 0.5 mm | -85 kPa | 6.0 L/min | 13 L/min | Small electronic components, semiconductor chips |
| 1.0 mm | -88 kPa | 24.0 L/min | 44 L/min | Carton packing, automated packaging machinery |
| 1.5 mm | -92 kPa | 57.0 L/min | 98 L/min | Sheet metal handling, glass panel lifting robots |
A photo, task description, drawing or BOM is enough to start. Add the model, quantity and destination where known.
Start with the object you need to pick up, not a guessed ejector model. Discuss cups, compressed-air vacuum sources, filtration and sensing for a handling station or robot end effector.
These are component-selection starting points, not a rated lifting system or a robot-ready gripper kit. Holding force, leakage, loss-of-air behaviour and the complete installation need project-specific review.
Send the object and cup photos, weight, movement direction, supply pressure and the point where suction is lost. Include the current model labels if available; a larger cup is not automatically the answer.
No. GVF filters and GVR regulators condition an existing vacuum line. CV and ZH are separate compressed-air vacuum-source ranges; supply scope is confirmed per request.
This page covers component sourcing. Send the robot interface, layout and required contents if you need a combined assembly. Mechanical design, controls, safety measures and assembly supply are not assumed to be included.