How to choose the right suction cup material for my workpiece surface?

Selecting the correct material is critical for grip and longevity. For high-temperature or oily metal surfaces, we recommend NBR (Nitrile) rubber due to its excellent oil resistance and heat resistance. For electronic components or PCBs, we offer Anti-Static (ESD) Silicone to prevent electrostatic damage. For general smooth surfaces like glass or plastic, standard Silicone or Polyurethane provides the best adhesion and abrasion resistance. Commaelec supports custom material formulations to match your specific environmental needs.

How do your suction cups handle uneven, curved, or porous surfaces?

Our engineering solutions are designed for challenging surfaces. We offer Ball Joint (swivel) mountings (like the ZP2-J series) that compensate for angular misalignment up to 15°-30°, ensuring full sealing contact on uneven workpieces. For porous materials (like cardboard or foam), we recommend using our Oval vacuum suction cups or adjusting the vacuum flow with our vacuum generators to maintain stable pressure and prevent workpiece deformation.

Can your vacuum cups reliably handle ultra-small or delicate electronic components?

Absolutely. Our ZP3 Compact Series is specifically engineered for the electronics industry, featuring diameters ranging from 1.5mm to 16mm. We also provide special Nozzle Vacuum Suction Cups (ZP2) with openings as small as 0.8mm for picking micro-lenses and chips. Combined with our integrated buffer springs, they ensure gentle yet precise handling, preventing scratches or breakage during high-speed pick-and-place operations.

China High Quality Ball Joint Vacuum Suction Cups ZP2-J

I. Core strengths

Vacuum suction is a core solution for "flexible grasping" in industrial automation with four core advantages: non-damaging grasping, adaptability to multi-material/irregular workpieces, clean and environmental protection, and flexible operation. It can be adapted to different industry characteristics of workpieces (thin/thick, precision/coarse, sanitary/standard).

II. Extraction of applications by industry

A. Medicine and medical industry

A.1：Core requirements: Clean and pollution-free (FDA/GMP compliant), gentle and non-damaging, and cross-contamination prevention

A.2 Key scenarios:

1. Pharmaceutical packaging: drug bottle / pharmaceutical plate / infusion bag pickup (food grade silicone suction cup, no particle shedding)

2. Medical device assembly: surgical instruments/medical catheters/pieces of prosthesis handling (adjustable negative pressure, deformation protection)

3. Biological laboratory: petri dish/centrifuge tube/reagent card transfer (chemical resistant, sterile compatible)

B. Electronics and semiconductor industry

B.1 Core requirements: anti-static (10⁶-10¹¹Ω), precision positioning (error ≤0.01mm), scratch resistance

B.2 Key scenarios:

1. Chip/Semiconductor: wafer handling, chip packaging (porous ceramic/anti-static silicone suction cup, uniform negative pressure to prevent rupture)

2. PCB/Components: Flexible PCB, micro components (0402 resistors) surface-mounted (thin silicone/gel/micro suction cups to prevent wrinkling/tearing)

3. Display: LCD/OLED panel, touch glass grab (high transparent material, no stains and scratches)

C. Automobile and auto parts industry

C.1 Core requirements: large suction (single suction disk ≥500N), multi-specification adaptation (metal/plastic/glass), non-slip

C.2 Key scenarios:

4. Body manufacturing: steel plate / door frame handling welding (large diameter rubber / multi-suction cup array, anti-slip texture)

5. Glass / Interior: Windscreen installation, leather seat surface transfer (temperature resistant silicone / sponge suction cups, deformation protection)

6. Parts: engine cylinder body / gearbox housing grab (vacuum + mechanical lock, anti-fall)

D. Food and packaging industry

D.1 Core requirements: Food grade material (FDA certified), easy to clean, crush resistant

D.2 Key scenarios:

1. Food handling: baked goods / fresh meat / fruit sorting (low suction sponge suction cup, odorless and easy to wash)

2. Packaging automation: packaging bag opening, sterile carton molding (static elimination/ multi-point suction, suitable for thin/hard packaging)

E. Logistics and warehousing industry

E.1 Core requirements: efficient adaptation (multiple specifications of goods), stable pressure, anti-fall

E.2 Key scenarios:

1. Carton handling: e-commerce carton sorting (adjustable suction array, vacuum pressure)

2. Plate/roll: Wood board/plastic film roll transfer (long strip/annular suction cup, uniform adsorption to prevent offset)

F. New energy and special industries

F.1 New energy (lithium battery/pv):

1. Lithium battery plate (anti-static porous suction cup, anti-dust), photovoltaic glass (large suction silicone suction cup, no scratch)

F.2 Printing and paper

1. Paper/printed matter capture (absorbent paper material, slight negative pressure to prevent tearing and ink contamination)

III. Summary of core adaptation logic

Workpiece characteristics	Pipette adaptation programme	Corresponding industry scenarios
Thin / Fragile / Precision	Silicone/ceramic material, micro negative pressure, micro suction nozzle	Electronic semiconductors, pharmaceuticals
Heavy items / Large size	Rubber material, large diameter suction cup, multi-suction cup array	Automobiles, logistics panels
Health/Prevention of pollution	Food/medical grade silicone, easy to clean structure	Medicine, food
Soft / irregular surfaces	Sponge material, deformable suction cup	Car interiors, food
Antistatic requirements	Antistatic silicone, ion wind assisted	electronic semi-conductor

①Vacuum inlet direction		⑦Vacuum inlet	⑧Connection thread
TF	Vertical	B5	A8
		B5	—
		B5 04 06	—
RF	Lateral	04 06	B5
RF	Lateral	04 06	A10

③ Pad type ② Pad diameter(mm)		B06	B08	B10
③ Pad type ② Pad diameter(mm)		ø6	ø8	ø10
MU	Flat type	—	●	●
MB	Bellows	●	●	—

④Material
N	NBR
S	Silicone rubber
U	Urethane rubber
F	FKM
GN	Conductive NBR
GS	Conductive silicone rubber

⑦Vacuum inlet
B5	M5x0.8 (Female)
04	ø4One-touch fitting
06	ø6One-touch fitting

⑧Connection thread
A8	M8x1 (Male)
B5	M5x0.8 (Female)
A10	M10x1 (Male)

Ball Joint Vacuum Suction Cups ZP2-J

Ball Joint Vacuum Suction Cups ZP2-J

ZP2-TF Series Ball Joint Type With Adapter Vacuum Pads

ZP2-TF Series Ball Joint Type With Buffer Vacuum Pads

ZP2-RF Series Ball Joint Type With Adapter Vacuum Pads

ZP2-RF Series Ball Joint Type With Buffer Vacuum Pads

Core Advantages

Cost-Effective & Reliable Supply

Flexible Ball Joint Design

Enhanced Stability in Complex Conditions

Optional Buffer & Anti-Rotation Structure

Multiple Pad Types & Sizes

Typical Applications

Industrial Automation

Complex Workpiece Handling

Why Choose Ball Joint Vacuum Suction Cups ZP2-J?

How to Order

B5

A8

B5

B5

04

06

04

06

B5

04

06

A10

Dimensions(mm)

Pad Material and Characteristics

Application outline of pneumatic components (vacuum suction cup) in various industrial fields

⑤Buffer speciﬁcation
J	Rotating
K	Non-rotating

⑥Buffer stroke
10	10mm
20	20mm
30	30mm
40	40mm
50	50mm

Model									A	B	C	Buffer
	① Vacuum inletdirection	② Pad dia.	③ Pad type	④ Pad Material	⑤ Buffer spec.	⑥ Buffer stroke	⑦ Vacuum inlet	⑧ Connection thread					⑤ Buffer spec.	⑥ Buffer stroke	⑦ Vacuum inlet	⑧ Connection thread
ZP2	TF	B08 B10	MU	N S U F GN GS	B5 04 06	J K	10	A10	72	11.5	23	ZP2-TF1	J K	10	B5 04 06	A10
							20		110	21.5	51			20
							30		120	31.5				30
							40		156	41.5	77			40
							50		166	51.5				50

Model									A	B	C	Buffer
	① Vacuum inletdirection	② Pad dia.	③ Pad type	④ Pad Material	⑤ Buffer spec.	⑥ Buffer stroke	⑦ Vacuum inlet	⑧ Connection thread					⑤ Buffer spec.	⑥ Buffer stroke	⑦ Vacuum inlet	⑧ Connection thread
ZP2	TF	B06 B08	MB	N S U F GN GS	B5 04 06	J K	10	A10	72	11.5	23	ZP2-TF1	J K	10	B5 04 06	A10
							20		110	21.5	51			20
							30		120	31.5				30
							40		156	41.5	77			40
							50		166	51.5				50