HMC63 & HMC100: Redefining Multi-Face Machining Efficiency with Twin-Pallet Precision

Overview
The next-generation HMC63 and HMC100 horizontal machining centers are engineered to conquer complex multi-face machining challenges. With twin-pallet automation, hydrostatic guideways, and ISO 50 spindle systems, they achieve ±0.005mm repeatability while handling workloads from aerospace alloys to mining gearboxes. Users report 45% faster cycle times and 90% reduction in realignment errors across automotive, energy, and defense sectors.

HMC63: The Compact Powerhouse for High-Speed Precision

Where Agility Meets Heavy Cutting in a 630×630mm Footprint

1. Core Engineering Breakthroughs

• Award-Winning Rigidity
  T-type cast iron bed with resin sand molding and artificial aging reduces vibration by 40% during 8mm depth-of-cut operations, enabling HRC55 hardened steel machining – honored with Qinghai Provincial Science & Technology Progress Award .

• Ultra-Fast Tool Changer
  40-tool servo-driven carousel achieves 2.3s chip-to-chip time (industry fastest), with BT50 taper ensuring 15kg tool stability at 8,000rpm .

• Thermal Warfare System
  Built-in spindle cooling loops maintain ±1°C temperature deviation during 10hr titanium milling – critical for Ra0.8μm surface finish on aircraft structural parts .

2. Industry-Specific Dominance

HMC100: The Heavyweight Champion for Monumental Workpieces

*4m Flange Machining with ±0.008mm Flatness Under 25-Tonne Loads*

1. Engineering Superiority

• Hydrostatic Worktable Dominance
  Oil-film guided pallets eliminate friction drift, sustaining ±0.008mm flatness during 1100Nm heavy cuts – essential for wind turbine flange sealing surfaces .

• Twin-Pallet Intelligence
  55s automated pallet swap enables 24/7 lights-out production, reducing idle time by 78% vs. single-table systems .

• Arctic-Grade Reliability
  Nano-heated linear guides operate at -25°C without external warming, saving $18,000/year in polar workshops .

2. Sector-Defining Applications

Shared Innovations: Why Customers Choose Both

Smart Factory Ready

• Predictive Maintenance： Vibration sensors stream data to Siemens MindSphere (95% bearing failure prediction) 

• Energy Recapture： Regenerative axis drives save $6,200/year on HMC63 and $8,500/year on HMC100 

• Unified Control Ecosystem： FANUC 30i-B (HMC63) and SIEMENS 840D (HMC100) support identical IoT protocols

Cost-Saving Comparison (5-Yr TCO)

Limited-Time Industry 4.0 Offer

For Orders Placed Before 2025-08-31:

• Free IoT Starter Kit ($12,500 value) with vibration monitors + 1-yr MindSphere license – Click to Discover Details!