- +86 15502628547(WhatsApp)
- info@dhlathe.com
One-Piece Casting Bed
One-piece 30-degree slant bed made out of Meehanite cast iron, which has superb vibration absorption characteristics, provides rigid foundation for all machine components. Such design endures long-term machining accuracy and consistency. In addition, 30-degree slant bed design provides operators with convenient access to the workpiece and superb chip discharge.
High-Precision Hand Scraping
The full-contact precision hand scraping of all core mating surfaces ensures exceptional anti-vibration performance and consistent cutting precision even under heavy load conditions.This high-precision scraping process greatly reduces long-term frictional wear of all moving parts, maintaining the machine’s original factory accuracy for years of continuous production.
CS Axis Function
Combined with the power turret, the CS axis enables the machine to perform milling, drilling and tapping operations in a single clamping setup.
The CS axis is equipped with a rotary encoder to deliver high positioning accuracy.
Y Axis Function
The lightweight structure of the Y-axis is directly driven by a servo motor, delivering outstanding positioning accuracy.Adopting the Y-axis helps save floor space, labor cost, machining time and fixture expenses.
CF Axis Function
Featuring high rigidity, the CF axis is an ideal choice for heavy-duty cutting applications.Paired with the power turret, the CF axis allows the machine to complete milling and tapping processes in a single clamping setup for superior precision.
Hydraulic Tool Turret (Standard)
Power Turret (Optional)
Servo Turret (Optional)
VDI or BMT Tool Disc (Optional)
Linear Guideways
High-precision, heavy-load linear guideways are mounted on the X, Y and Z axes. They maintain high positioning accuracy during rapid axis traversal and reduce wear and friction coefficient.
High-speed, high-precision ball screws are adopted
The pre-tensioned double-nut assembly eliminates backlash during movement, ensuring stable precision even under temperature variations generated during high-speed travel.
