German IPR TK-63-R Robot Quick Change Disc High Precision Automatic Locking Connection Device

Description :

  IPR TK-63-R is a high-precision quick change disc designed specifically for industrial robot end effectors, mainly solving pain points such as long downtime and poor repeat positioning accuracy caused by frequent tool changes in automated production lines. This device achieves rapid separation and locking of the robot flange and tool side through a mechanical and pneumatic coupling structure. Typical operating conditions include welding, handling, polishing, and assembly production lines. As the core product line of IPR Intelligent Peripherien f ü r Roboter GmbH, TK-63-R can provide extremely high repeatability accuracy while ensuring high load capacity, ensuring the continuity and stability of the production process. It is suitable for modern intelligent manufacturing scenarios with strict requirements for rhythm and accuracy.

  The TK-63-R quick change disc is made of high-strength alloy steel and has undergone special hardening treatment on the surface, providing excellent wear resistance and impact resistance. Its core specifications include a standard pneumatic drive method, with a working pressure range typically between 4-6 bar. Specific values should refer to the official technical manual. This model follows strict German manufacturing process standards and integrates precision ball locking mechanisms and air/circuit connection modules internally, ensuring no looseness or leakage in the locked state. The product complies with CE certification and ISO related quality system standards, with a protection level usually reaching IP54 or above, and can adapt to certain dust and oil pollution environments. Each quick change disc undergoes strict tensile testing and air tightness testing before leaving the factory to ensure that all physical parameters comply with design specifications and meet the stringent requirements for component consistency and reliability in the field of industrial automation.

  In the selection application, TK-63-R is suitable for industrial robots with loads within a specific range, such as KUKA, ABB, FANUC and other mainstream brands' mid to large robot arm ends. When purchasing, it is necessary to focus on checking whether the size of the robot flange interface matches the installation hole position on the tool side, and whether the number of gas paths and electrical signal points required for transmission meet the current process requirements. Compared with manual fixture replacement, TK-63-R can significantly shorten the changeover time, but it should be noted that it is not suitable for ultra heavy loads or extreme high temperature, strong corrosive environments. If the application scenario involves high-precision visual guidance tasks, it is recommended to use high-precision compensation units. For workstations with light loads or those that do not require frequent changeover, smaller models or fixed connection schemes can be considered to optimize the cost structure.

  When installing the TK-63-R quick change disc, it is necessary to ensure that the flange surface at the end of the robot is clean and flat, and use bolts with the specified torque to fix it, in order to avoid uneven ground or uneven bolt pre tightening force that may cause uneven loading. In daily maintenance, the wear of the locking mechanism should be checked regularly, and special lubricating grease should be added periodically to maintain smooth operation and extend its service life. Common faults include insufficient air pressure leading to locking failure or poor signal contact. In this case, priority should be given to checking the stability of the air source pressure and the connection status of the electrical plug. It is recommended to establish a regular inspection system to monitor abnormal sounds and vibrations during the quick change process and promptly identify potential hazards. Proper maintenance can ensure the long-term high-precision repetitive positioning performance of TK-63-R, reduce unplanned downtime, and ensure efficient operation of automated production lines.

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