夹具与末端工具
Choosing a robot gripper for small parts: access, force and detection
Choose a small-parts gripper by checking presentation, contact geometry, controllable force, part detection, release and material requirements before a trial.
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APPLICATION ROBOT 知识库
夹具与末端工具
真空系统、机械夹具、转接件、工具更换及负载规划。
夹具与末端工具
Vacuum gripping porous cardboard: diagnose leakage and plan useful trials
Plan a cardboard vacuum-gripping trial that separates material leakage from sealing problems, checks surface damage and release, and records production variation.
夹具与末端工具
Robot tool-changer buying checklist: specify the complete exchange
Specify a robot tool changer through load moments, utility modules, locking feedback, storage, recovery and acceptance evidence, beyond a headline payload rating.
夹具与末端工具
Choosing a Schmalz FQE gripper for a Fairino robot
Evaluate a Schmalz FQE for a Fairino application by checking the exact variant, mounted mass, adapter, utilities and carton trials before committing to a tool.
夹具与末端工具
Magnetic robot grippers: material, holding and release checks
Assess magnetic robot gripping through alloy, thickness, contact gaps, carried orientation, sensing and release, without mistaking catalogue force for an approved load.
夹具与末端工具
Soft robot grippers: when compliance helps and when it does not
Evaluate soft grippers through contact deformation, product damage, placement, cleaning and release, with a trial plan for delicate and variable products.
夹具与末端工具
Robot gripper mass and centre of gravity: build a complete load record
Account for the gripper, adapters, services and workpiece, calculate a hypothetical combined centre of gravity, and prepare load records for qualified integration.
夹具与末端工具
Vacuum versus mechanical grippers: choose by the job
Compare vacuum and mechanical gripping through contact access, material variation, placement, fault recovery and ownership costs, using a practical trial plan.
夹具与末端工具
Electric or pneumatic robot grippers?
Compare electric and pneumatic grippers through usable control, wrist services, grip retention and complete ownership costs, with a practical variant-change example.
夹具与末端工具
Robot gripper types: choosing for your parts
Choose a robot gripper by matching contact geometry, material, product variation and release needs, then use a structured supplier trial to narrow the options.