GDLGP--Buffering leg clamp
Materials
- High-strength aluminum alloy buffer cylinder
- 42CrMo4 alloy steel buffer rod
Implementation standards
- ISO 13849-1 PL e
- EN 45545-2 HL3
- IEC 60068-2-14
- ISO 10763
- Sellingpoint
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SOVE
The robot end fixture buffer clamp is based on a compact multi-stage energy dissipation structure and has leading shock absorption performance in the field of industrial robot end execution. Its adaptive damping design not only provides millisecond-level impact buffering capabilities, but is also specifically used for stamping robot loading and unloading, precision electronic component assembly, and glass plate handling systems, ensuring ±0.5mm end repeat positioning accuracy even in the face of 2G acceleration emergency stop impact.
As a multi-process dynamic buffer platform, it is deeply integrated into the mold quick-change buffer system of 🏭 stamping production (mold change time <6s | impact attenuation >90%), the ejector mechanism kinetic energy dissipation system of 🧪 injection molding (peak impact force <5kN | response time <15ms) and the mold vibration suppression mechanism of 🔥 die-casting equipment (amplitude <3μm | resonance frequency shift >30%), to achieve precise energy management in high-dynamic industrial scenarios.
Description
- Multi-level buffer adjustment.
- Self-resetting design.
- AR=Abrasion Resistance
- CR=Chemical Resistance
- OR=Oil Resistance
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