Our company has newly procured two TIPAS MACHINE H65TMY units, which have successfully completed commissioning and entered official production. Below are their core features and competitive advantages.
Core Features
- Combined Turning-Milling Capability
Equipped with a 12-station servo turret and power tool heads, the machine integrates multiple processes beyond turning—including milling, drilling, and tapping. Paired with the C-axis (spindle indexing) function, it enables non-rotational milling operations to machine complex features such as flat surfaces, grooves, and eccentric holes.
- Stable Support for Long Workpiece Machining
The optional steady rest is a critical configuration for this series. When processing shaft parts up to 1000mm in length, the steady rest provides stable mid-span support, effectively preventing deflection, deformation, and vibration caused by excessive workpiece overhang. It is an indispensable device for ensuring machining precision of long shafts.
- High-Precision Core Components
Guideways: Adopt high-precision linear rolling guideways with low friction coefficient and high servo sensitivity, ensuring rapid response.
Feed System: Utilizes servo motors to directly drive pre-tensioned precision ball screws, minimizing thermal elongation effects and achieving high transmission and positioning accuracy. For selected models, the repeat positioning accuracy reaches ±0.006mm (X-axis) and ±0.01mm (Z-axis).
Core Advantages
- High-Precision Machining of Complex Parts
The slant-bed structure, combined with high-precision ball screws, guideways, and steady rest support for long workpieces, enables the machine to efficiently process precision components with straight cylinders, arcs, threads, and various complex curved surfaces—achieving a typical machining accuracy of IT6 grade.
- Significant Improvement in Processing Efficiency
“One-time clamping, complete all processes” is the most prominent advantage of combined turning-milling technology. It drastically shortens the product manufacturing process chain, eliminates auxiliary time caused by multiple clampings, and reduces the number of fixtures and waiting time.
- Superior Machining Precision Assurance
Fewer clamping operations avoid error accumulation from repeated datum conversions. Completing turning, milling, drilling, and other processes in a single setup ensures exceptional positional accuracy between different parts of the workpiece.
- Space-Saving & Automation Potential
Space Efficiency: The slant-bed design optimizes space utilization, reducing the machine’s floor footprint. One TIPAS MACHINE H65TMY can replace multiple single-function machines.
Automation Readiness: Easily integrates with automatic chip removal systems and robotic loading/unloading arms, making it ideal for flexible manufacturing cells (FMC) and enabling long-term unattended operation.
Post time: Nov-26-2025