Heavy Duty Mini Excavator Quick Hitch Coupler for 1-3 Ton

About this item

• Rapid Equipment Swap Lifts Production Efficiency: This mini excavator quick hitch coupler eliminates manual pin tuning and extra tools. Attachment installation only takes three simple operations: unscrew, fit accessories, screw tight. It enables quick switches between buckets, augers, rippers and assorted attachments. Versus conventional connectors, it slashes over half of accessory replacement time; routine work cuts equipment downtime by 70%
• High-Strength Steel Build Ensures Tough Longevity: The mini excavator quick attach adopts top-grade high-strength alloy steel with robust solid construction. Boasting outstanding rust and corrosion resistance, it copes with frequent accessory replacement and tough outdoor settings. Precision-machined quick coupler joints lessen mechanical wear significantly, trimming maintenance costs by over 35% and prolonging total equipment service lifespan
• Precise Specifications, Wide Compatibility: The mini excavator quick coupler fits 1-3 ton mini excavators and works with most mainstream Chinese and American mini excavator models including AGT and Huayee. Detailed specs: hole diameter 25mm, span 90mm, center distance 88mm, pin size: 25 mm diameter, 160 mm length. Overall dimension: 220mm × 140mm × 180mm (8.7" × 5.5" × 7"). Net weight: 17.6 lb. Precise dimensions guarantee seamless installation and perfect matching
• Customized Locking Mechanism For Secure And Stable Operation: The mini excavator quick connect adopts custom locking structure paired with optimized wheelbase design, delivering minimal loosening risk during operation. It has passed a professional 3-ton compression test with stable load-bearing capacity. It performs reliably across diverse complex construction sites to secure machine operation and construction safety
• Low Power Consumption And High Cost-Effectiveness: Made with precise integrated forming technology, this mini excavator attachment suffers minimal overall wear and reduces equipment failure rates effectively. It greatly lowers the frequency and cost of later repair and part replacement, cuts losses caused by equipment downtime, reduces long-term operation costs, and brings improved overall cost performance