Where is the robot gripper application?

- Sep 11, 2019-

A robotic fixture is a device used to fix a machining object in a mechanical manufacturing process to occupy a correct position for construction or inspection, also called a fixture . Broadly speaking, any device used to quickly, conveniently, and safely mount a workpiece in any process can be referred to as a fixture. Where will it be seen specifically?


1. The oil valve fixture fully guarantees the uniform thickness of the runner and the shape after processing.


2. Gear box cover clamp. The fixture facilitates the installation of the product, requires no staff to lift the installation, and only needs to pan the installation product.


3. Horizontal plus fixture. The space on the fixture is continuously supplied with oil and gas. It is convenient for the old machine tools and fixtures to be used continuously for oil supply. It includes a gas inspection unit to fill the pressure-proof fixture and cannot check the short board.


4. Special vehicle fixture, without changing the original machine tool hydraulic condition, the fixture can side press the product to ensure product accuracy, convenient for customers to quickly change shape, reduce the risk of hydraulic oil leakage.


5. The sprocket cover robot is automatically tightened. The main process: engine pit stop, RFID reading, robot with tightening gun automatically tighten the bolt according to the process sequence, tighten the gun automatically, then tighten the subsequent bolts, tighten the end, the engine exits.


6. Valve chamber cover oil seal press special machine, the main process: manual upper parts, press the start button, gas-liquid booster cylinder with pressure head down, pressure, rise and exit, manual pick-up.


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7. Engine robot handling, the main process: engine pit stop, read RFID, robot automatically grabs the engine, glues, puts into the offline station, detects, tightens, the robot grabs the engine again, puts it back to the online station, the engine leaves .


8. Oil pump rotor spindle press, the main process: manual upper parts, press the start button, gas and liquid booster cylinder with pressure head down, pressure, rise and exit, manual pick-up.


9. Flywheel bolt tightening station, the main process: engine pit stop, read RFID, vision system displacement, automatic identification of bolt position, tightening mechanism extension, tighten bolt, rotate position, then tighten bolt, exit, engine out station .


10. Two-axis truss robot automatic loading and unloading system, the main process flow: the cylinder head and the cylinder tray are respectively pitted, the truss robot cylinder head line is taken, the YZ axis moves to the main line assembly station, and the truss robot discharges.


11. Automatic removal of the connecting rod cover bolts, the main process: manual upper parts, press the start button, pneumatically loosening the gun to automatically feed, the bolts are loosened, the displacement is loosened, reset, and manually picked up.


12. Crankshaft robot automatic loading and unloading system, the main process: the robot grabs the crankshaft, scans the code, recognizes the QR code, oils and assembles.


13. Valve oil seal press special machine, the main process: manual parts to tooling, engine stop in place stop, read RFID, tooling automatic feeding, indenter automatic reclaiming, press fitting, engine out station.