PBFS Spring-Loaded Vacuum Cup Mounts – Silicone & NBR
Compact straight-through spring-loaded vacuum cup mounts for industrial pick-and-place and robotic end-of-arm tooling. Select the exact model code and cup material shown in the model-specific image.
- 40 model-specific configurations: 20 white silicone (S) and 20 black NBR (N)
- PU tube specification: 6 mm outer diameter x 4 mm inner diameter
- M9 x 1, M11 x 1 and M14 x 1.5 mounting threads are shown where applicable
- White silicone specified temperature range: -30 to 200 degrees C
- Black NBR is specified for wear and oil resistance
- Model-specific product and dimensional images are provided
PBFS selection: keep size, travel configuration and material
PBFS labels combine a cup-size code, a second configuration number and an S or N material suffix. Compare the entire code with its drawing before replacing a spring-loaded assembly.
| Selection detail | What to check |
|---|---|
| PBFS-06-3-S / PBFS-06-10-S | Two silicone configurations in one size family; compare dimensions and travel. |
| S and N options | S is listed as white silicone and N as black NBR; verify the selected material. |
| Mount and tube | Check the model-specific mounting thread and the listed 6 mm OD x 4 mm ID tube specification. |
Can all PBFS models use the same mounting hole?
Do not assume so. The range includes several mounting threads. Check the exact model rather than applying one thread specification to the whole family.
Related selection references
Compare the drawings and intended function; these references are not a statement of direct interchangeability.
Applications / Suitable For
- Vacuum cup mounting in pick-and-place and packaging equipment
- Robotic end-of-arm tooling requiring controlled spring travel
- Industrial handling assemblies using compact straight-through vacuum connections
Confirm the selected model drawing, thread, tube size, cup material, dimensions, spring travel, load, acceleration and operating environment before use. No food-contact, medical or regulatory certification is claimed.
