Precision Bending for Fire Safety Equipment Brackets

 
Reinforcing Fire Safety with Precision Engineering

In critical moments of fire rescue, the reliability of fire safety brackets can mean the difference between safety and disaster. The Jinchun JC-60-8A 3D CNC wire bending machine is redefining how forming and welding-ready components are manufactured—with unmatched precision and automated power, it builds the foundations of life-saving equipment across the globe.

 

Five Key Technologies Powering the JC-60-8A

Ultra-Precise Bending Control

±0.1mm Wire Feeding Accuracy: Powered by Taiwan Hiwin ball screw guides and an 8-axis CNC linkage system, ensuring millimeter-level precision in every bend—ideal for hydrant brackets, emergency ladder steps, and high-accuracy parts. 

360° Multi-Angle Forming: Equipped with 1.5KW external and 1.0KW internal twist motors, the bender handles unrestricted multi-angle 3D bending—essential for complex structural designs in fire equipment mounting systems.

 

⚡ Industrial-Grade Stability & Power

11.7KW Total Power Output: Featuring seven high-powered modules (2.7KW feeding, 2.0KW rotating, 1.0KW cutting, etc.), this system bends 6mm wire continuously for industrial-scale production of heavy-duty brackets. 

German YaQi Servo Control: A 32-bit processor with compensation algorithms guarantees 48-hour continuous running at ±0.5mm precision—preventing structural deformation and joint loosening.

 

Universal Material Compatibility

2.0–6.0mm Wire Diameter Range: Compatible with iron, stainless steel, copper, and aluminum—ideal for fireproof and flame-retardant materials. 

Output Speed: Up to 40m/min, producing over 2,000 fire bracket components daily. 

Storage: 10,000-program memory capacity with offline editing and bilingual (EN/CH) interface for instant model switching (e.g. hooks, clips, ribs).

 

️ Real-World Application: Smart Manufacturing for Fire Bracket Systems

✅ Precision Forging of Fire Hydrant Brackets

Using 300+ pre-set CNC actions, the machine automates U-bends, angled pipe ends, and precise mounting hole positions—3× faster than traditional presses with a scrap rate under 0.3%. 

✅ Strengthening Emergency Escape Ladders

For wave-style ladder steps in high-rise buildings, the integrated wire feeding–twisting–cutting workflow shapes each part in just 8 seconds. Result: 40% increased load capacity, tested to sustain 150kg vertical force. 

✅ Flexible Production of Fire-Resistant Mesh Grids

Supports complex weaving of 2.0mm wires into diamond, hexagonal, and custom mesh forms—serving both ventilation and fireproofing needs in modern architectural designs.

 

Global Proof: A Smart Manufacturing Solution Trusted Worldwide

Athens Metro Fire Safety Project – A Case Study

In a recent metro system upgrade in Greece: 

72-Hour Delivery: Engineers remotely uploaded 30 custom programs and produced 1,200 fire evacuation platform brackets in 3 days. 

Zero-Defect Assurance: With real-time “fool-proof” detection, every bracket exceeded EN13501-2 fire resistance standards by 15%. 

From Athens metro to Tokyo fire stations, from Dubai skyscrapers to Shanghai data centers—Jinchun’s wire bending machines are setting a new benchmark for global safety equipment manufacturing.

 

Why Choose Jinchun for Wire Forming & Welding Applications?

Leading among small 2D CNC iron wire bending machine manufacturers 

Seamlessly integrates into bending, ring making, forming, and welding workflows 

Ideal for structural components in fire, automotive, furniture, kitchenware, and more 

Robust industrial design with intuitive, fast-switching controls 

Trusted in over 20+ countries for mission-critical production lines

 

Get in Touch – Customize Your Fire Bracket Manufacturing Today

Choosing Jinchun means choosing safety, efficiency, and long-term value. Whether you're scaling up for mass production or improving bracket precision, our team is here to support your automation journey. 

Contact us now for a quote, catalog, or online demo. 

Jinchun JC-60-8A – Building a safer world, one wire at a time.