As the key component connecting the robotic arm and the vacuum cup, the suction cup base must possess exceptional structural rigidity and dynamic stability to ensure safe and precise material handling under high-speed conditions.
Sealing rings, particularly elastic sealing rings used in vacuum cup systems, offer unique advantages in addressing this challenge, becoming a key component for precise, non-destructive gripping of such materials.
The reliability and response speed of the locking mechanism directly affect replacement efficiency. Current mainstream solutions include ball, cam, and piston latch locking.
The shielding design adopts a double-layer insulation structure, inserting a conductive shielding layer between the power device and the heat sink and grounding it to cut off the common mode interference path formed by the distributed capacitance.
PJG vacuum suction cup series needs to establish a periodic inspection system to detect early failure signs such as surface cracks, hardening or permanent deformation of the suction cup through visual or instrument inspection.
In the microcosm of precise collaboration in industrial automation, robot fixture accessories have long transcended the traditional role of "fixed brackets" and evolved into "smart joints" at the end of robotic arms
