Bernoulli gripper with Coanda grip function - ZNC-
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.
- Type: Hybrid gripper
- Technology: Bernoulli + Coanda
- Non-contact holding
- High retention force
ZNC20-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20-CS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20S-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20S-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC20S-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30-CS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30S-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30S-CS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30S-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC30S-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40-CS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40S-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40S-CV
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC40S-CVS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC60-C
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force
ZNC60-CS
The ZNC-C combines the Bernoulli principle with the Coanda effect to hold workpieces securely without direct contact. This hybrid technology allows for high lifting forces while maintaining a non-contact state, preventing damage to delicate surfaces. Ideal for solar cell and semiconductor manufacturing.• Type: Hybrid gripper• Technology: Bernoulli + Coanda• Non-contact holding• High retention force