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English
The High-Rigid Horizontal Center for Box Parts redefines efficiency in machining enclosed components, featuring a horizontal spindle configuration optimized for box-shaped workpieces.
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Its inherently rigid design — built around a thermosymmetrical cast iron monoBLOCK bed — delivers exceptional stability during heavy cutting operations, making it the preferred solution for industries requiring precise machining of gearboxes, valve bodies, and hydraulic manifolds. Unlike vertical centers, its horizontal orientation facilitates superior chip evacuation and enables multi-face machining in single setups, significantly reducing production lead times.
The 3-point supported machine bed with wide-span boxway guides minimizes deflection under heavy loads, ensuring consistent accuracy even during interrupted cuts in cast iron and steel . This rigidity translates to longer tool life (up to 30% increase in insert longevity).
A 1,000 kg capacity swivel rotary table with dual bearings enables 4-axis machining of complex box parts, eliminating multiple setups. The table indexes in 0.001° increments with positioning accuracy of ±0.00069° .
Integrated chain-type chip conveyors and high-pressure coolant systems (500 PSI) remove chips from the cutting zone, preventing re-cutting and maintaining consistent workpiece temperatures.
Parameter | Specification |
X/Y/Z Axis Travel | 850 mm / 1,150 mm / 900 mm |
Maximum Workpiece Dimensions | 1,040 mm diameter × 1,000 mm height |
Spindle Power | 37 kW (49.6 HP) |
Spindle Speed | 10,000 RPM |
Rapid Traverse Rate | 60 m/min |
Tool Magazine Capacity | 60 tools |
Machining gearbox housings with multiple bores and flange faces, achieving positional tolerances of ±0.01 mm between critical datums.
Producing complex oil galleries and valve seats in carbon steel, leveraging the horizontal configuration for superior chip removal in deep holes.
Manufacturing bearing housings and pump casings, where the machine’s rigidity ensures consistent wall thickness and parallelism across multiple features.
The horizontal orientation allows gravity-assisted chip removal and enables simultaneous machining of multiple faces, reducing setup time by up to 50% compared to vertical machines.
The spindle and rotary table share a common thermally stable base, maintaining ±0.002 mm concentricity across bores machined on different axes.
Standard pallet changers (10-second changeover) and robotic loading systems integrate seamlessly for unattended production of high-volume box parts.
Its inherently rigid design — built around a thermosymmetrical cast iron monoBLOCK bed — delivers exceptional stability during heavy cutting operations, making it the preferred solution for industries requiring precise machining of gearboxes, valve bodies, and hydraulic manifolds. Unlike vertical centers, its horizontal orientation facilitates superior chip evacuation and enables multi-face machining in single setups, significantly reducing production lead times.
The 3-point supported machine bed with wide-span boxway guides minimizes deflection under heavy loads, ensuring consistent accuracy even during interrupted cuts in cast iron and steel . This rigidity translates to longer tool life (up to 30% increase in insert longevity).
A 1,000 kg capacity swivel rotary table with dual bearings enables 4-axis machining of complex box parts, eliminating multiple setups. The table indexes in 0.001° increments with positioning accuracy of ±0.00069° .
Integrated chain-type chip conveyors and high-pressure coolant systems (500 PSI) remove chips from the cutting zone, preventing re-cutting and maintaining consistent workpiece temperatures.
Parameter | Specification |
X/Y/Z Axis Travel | 850 mm / 1,150 mm / 900 mm |
Maximum Workpiece Dimensions | 1,040 mm diameter × 1,000 mm height |
Spindle Power | 37 kW (49.6 HP) |
Spindle Speed | 10,000 RPM |
Rapid Traverse Rate | 60 m/min |
Tool Magazine Capacity | 60 tools |
Machining gearbox housings with multiple bores and flange faces, achieving positional tolerances of ±0.01 mm between critical datums.
Producing complex oil galleries and valve seats in carbon steel, leveraging the horizontal configuration for superior chip removal in deep holes.
Manufacturing bearing housings and pump casings, where the machine’s rigidity ensures consistent wall thickness and parallelism across multiple features.
The horizontal orientation allows gravity-assisted chip removal and enables simultaneous machining of multiple faces, reducing setup time by up to 50% compared to vertical machines.
The spindle and rotary table share a common thermally stable base, maintaining ±0.002 mm concentricity across bores machined on different axes.
Standard pallet changers (10-second changeover) and robotic loading systems integrate seamlessly for unattended production of high-volume box parts.
