​F-POWER Heavy Equipment Solutions: High-Strength Fabrication for Industrial Machinery Components​

The heavy equipment industry demands rugged durability, extreme precision, and cost-effective production of components for mining, construction, and agricultural machinery. F-POWER’s ​​WS67K Multi-Axis Precision Press Brake​​ delivers unparalleled capabilities for fabricating high-load structural parts, wear-resistant buckets, and complex hydraulic components. Combining servo-driven power, AI-enhanced accuracy, and IoT-enabled efficiency, F-POWER empowers OEMs to meet global standards while reducing production costs and environmental impact.


​1. Technical Advantages for Heavy Equipment Manufacturing​

​a) High-Tonnage Precision (±0.05mm Repeatability)​
The WS67K handles demanding materials and geometries for:

  • ​Mining Bucket Teeth:​​ 50mm-thick Hardox 450 steel bends with <0.1° angular deviation (ISO 13341 compliance).
  • ​Excavator Boom Arms:​​ AI springback compensation for WELDOX 700 high-strength steel (±0.05mm tolerance).
  • ​Tractor Chassis Components:​​ Complex 3D bends in AR400 abrasion-resistant steel for agricultural durability.

​b) Material Versatility & Efficiency​

  • ​Ultra-High-Strength Steels (UHSS):​​ Adaptive crowning compensates for springback in DOMEX 650 and Strenx 700.
  • ​Hydraulic Cylinder Mounts:​​ Precision bends in 4140 alloy steel (ASTM A29) for heavy-duty stress resistance.
  • ​Wear Plates & Liners:​​ Tooling compatibility with JIS G4051 SCM440 and DIN 1.7225 alloys.

​c) Energy-Saving Production​

  • ​35% Lower Energy Use:​​ Bosch Rexroth servo hydraulics reduce power consumption vs. conventional presses (ISO 50001 certified).
  • ​IoT-Driven Optimization:​​ F-POWER’s iFabrix platform schedules batch production and predicts blade wear, cutting downtime by 25%.

​2. Industry Applications & Case Studies​

​a) Mining Shovel Buckets (Caterpillar Supplier Project)​

  • ​Challenge:​​ Bend 45mm Hardox 500 plates with 0.2mm flatness for 100-ton shovel buckets.
  • ​Solution:​​ WS67K’s 6-axis CNC control and real-time thickness monitoring.
  • ​ROI:​​ 30% faster production vs. Trumpf TruBend, meeting ISO 13341 wear standards.

​b) Excavator Boom Arms (Komatsu Contract)​

  • ​Challenge:​​ Fabricate WELDOX 1100 steel booms with ±0.05mm weld prep accuracy.
  • ​Solution:​​ AI angle correction and 4+1 axis precision.
  • ​ROI:​​ Eliminated 100% rework costs, saving $40k/month.

​c) Combine Harvester Frames (John Deere Supplier)​

  • ​Challenge:​​ Produce 10,000+ AR400 steel frames annually with RA <1.2μm surface finish.
  • ​Solution:​​ WS67K’s polished tooling and adaptive pressure control.
  • ​ROI:​​ 20% material savings, 15% faster cycle times vs. AMADA HG.

​3. Compliance & Sustainability​

  • ​Global Standards:​​ ISO 13341 (mining), ISO 10987 (agriculture), CE, and ANSI/SAE J1197.
  • ​Carbon Neutrality:​​ 92% recyclable tooling and energy recovery systems reduce CO2 emissions by 1.5 tons/year per machine.
  • ​Safety:​​ OSHA-compliant guards, <75 dB noise levels.

​4. Competitive Advantages Over Rivals​

​Feature​ ​F-POWER WS67K​ ​Trumpf TruBend 7000​ ​AMADA HG​
​Max Tonnage​ 500 tons 400 tons 350 tons
​Material Thickness​ Up to 60mm (steel) Up to 50mm Up to 45mm
​Energy Efficiency​ 35% savings 20% savings 15% savings
​Wear Resistance​ Hardox 500/AR400 tooling Hardox 450 only Limited to AR360

​5. ROI & Total Cost of Ownership​

  • ​Upfront Cost:​​ 200k–600k (tonnage-dependent).
  • ​Maintenance:​​ Annual service ~$7k; 48-hour global spare parts delivery.
  • ​Leasing Options:​​ Tailored plans for SMEs, including carbon credit incentives.

​Build Stronger, Build Smarter​
Explore the WS67K’s capabilities for mining, construction, and agricultural components:
/products/press-brake/ws67k-multi-axis-precision-12.html


​Why Partner with F-POWER?​

  • ​Proven Expertise:​​ 15+ years serving Caterpillar, Komatsu, and John Deere suppliers.
  • ​Global Compliance:​​ ISO and CE-certified facilities in 50+ countries.
  • ​R&D Leadership:​​ Collaborations with mining consortia on AI-driven tooling R&D.