In the realm of precision manufacturing, CNC lathes play a pivotal role. Traditional designs often struggle to balance speed, accuracy, and durability. The Z-MaT FTL500 series breaks this paradigm with its forward-thinking design philosophy and patented technologies, offering users a heavy-duty horizontal CNC lathe that combines high precision, efficiency, and extended service life.
The FTL500 series' competitive edge stems from its "world-first and best design" FLASH FTL series concept. Unlike most CNC lathes that use conventional guideway designs, the FTL500 incorporates multiple patented technologies in critical components to achieve unprecedented performance.
The FTL500 features a one-piece cast bed that significantly enhances vibration damping—the foundation for high precision and repeatability. This design effectively absorbs cutting vibrations, ensuring stability between tool and workpiece, thereby improving surface finish and dimensional accuracy. Compared to split-bed designs, the monoblock structure offers superior rigidity and stability, particularly during heavy cutting operations.
The patented center-mounted ball screw design represents another breakthrough. This configuration reduces torque load on the screw, improving transmission efficiency, machining speed, and accuracy. Lower torque also means reduced wear on screws and bearings, significantly extending machine life while optimizing X/Z axis motion response for smoother rapid positioning and fine feed movements.
The FTL500 employs full-length stainless steel covers for ball screws and guideways. These not only provide superior protection against dust, water, and chips but also offer additional structural support during high-speed operation, enhancing guideway stability for long-term precision.
The FTL500 series demonstrates its heavy-duty, high-precision positioning through meticulous component selection and design.
The machine combines heavy-duty roller and ball-type linear guideways that deliver low friction, high precision, and easy maintenance while matching box-way stability during heavy cutting operations.
The extra-wide base provides greater mass and stability, effectively counteracting dynamic cutting loads to enhance accuracy and overall rigidity—crucial for long-duration, high-volume precision part production.
The series offers multiple spindle configurations with bore diameters ranging from 81mm to 120mm and speed options from 1600rpm to 4000rpm. Power options of 7.5/11kW and 15/11kW ensure robust cutting capability.
The 7.5kW/11kW main servo motor delivers ample power for stable performance across various cutting conditions, enabling efficient production of high-strength materials.
The FTL500 demonstrates comprehensive capabilities as a high-performance CNC lathe:
- Chuck sizes: 8" and 10"
- Max swing diameter over bed: Ø500mm
- Workpiece length options: 700mm to 2000mm (C2C)
- Max swing diameter over slide: Ø350mm
- Spindle bore: Ø83mm and Ø62mm
- Max through-hole diameter: Ø75mm and Ø52mm
- Spindle nose: A2-6 and A2-8
- Speed options: 1600rpm to 4000rpm
- Power options: 11kW/7.5kW and 15kW/11kW
- X/Z axis travel: 280mm/700mm (extendable to 2000mm Z-axis)
- Rapid traverse: 15m/min to 20m/min
- Options: 4-station turret, 8-station turret, or gang tooling
- Tool capacity: Up to 12 driven tools
The FTL500 series distinguishes itself through:
- Exceptional accuracy and repeatability from integrated structural design
- High productivity with fast spindle speeds and rapid movements
- Extended service life through reduced component wear
- Versatile machining capabilities with multiple configuration options
- Unmatched rigidity from robust construction
With its precision, efficiency, and durability, the FTL500 series serves as an ideal solution for aerospace, automotive, mold making, and energy equipment manufacturing—industries demanding high part accuracy and production efficiency. Its innovative design represents a technological leap forward in CNC lathe development.
