Integrated Gantry Type 5-Axis - GT-1625i
Integrated Base Design
-The high-rigidity, light-weighted design can achieve the requirement of high-speed and high-precision machining on complex surface with the feed rate up to 50m/min and more.
-The thermo-symmetrical construction is designed for spindle ram. Z-axis is driven by dual linear motor with the heavy-loading roller linear guideway, which ensures high accuracy and high response.
-Reinforced ribs are applied to strengthen the head structure. The optimal design of contact length ratio between head and saddle provides the stable support for spindle.
Simultaneous 5-axis cutting
-This simultaneous 5-axis machining center is capable of multi-axis processing with one chucking system. When combined with the advanced controller, the machine can perform high-precision machining on complex surfaces.
-High-efficiency permanent magnet, resulting in zero magnet degradation.
-High dynamic response, high torque, and high rotation speed.
-Equipped with high-resolution ring optical encoders, achieving perfect precision.
-Direct-drive motor caus
Driven by linear motor
-X/ Y/ Z-axis is compared with normal ball screw driving system, easily to achieve high-speed, high precision and excellent cutting response due to backlash-free.
-Rapid traverse speeds up to 50m/min, reduce non-cutting time.
-Guideways: high rigidity roller type linear guideways minimize wear and ensure long-lasting precision.
-Feedback: with high-resolution optical encoders, it can reach a maximum speed and accuracy to meet customer demands for high-performance machining.
-Z-axis utilizes the high response Hydec hydraulic counterweight closed-loop system for better precision and acceleration. It ensures the headstock not fall due the the gravity even when emergency power is off.
Automatic Tool Changer (ATC)
-The umbrella-type tool magazine provide the smooth, quiet, and accurate position. The material of tool clamper is engineering composite plastic, which provides the stalbe clamping force and excellent coverage, and protects the spindle and tool magazine from improper tool changing. The tool changer is checked by tool holder load running-in test and achieves the requirements of stable, quick, easy, reliable and long service life.
Full Closed-loop Control
-High resolution optical encoders are used to ensure the accuracy of the 5-axis position without affected by thermal expansion. The excellent feedback control also ensures a high stability of servo system and position precision.
Temperature Control System
-A inverter water cooling system effectively reduces the operating temperature of spindle and axial elements , ensuring optimal motor performance and stable thermal growth . The electrical cabinet uses an air conditioner system.
It is optional to select various kinds of head with automatic head changer. Mechanical spindle with Siemens motor, high torque output can increase cutting ability.
-Cross-type design, high rigidity, and light weight structure is applicable for large torque heavy-cutting machining.
-Flexible simultaneous 5-axis cutting can perform optimal
quality and high precision on complex surface machining
Swivei Speed--60/60 rpm
-Ultra-thin design with minimum
machining interference is applicable for deep cavity machining of casting and mold.
-Continuous chucking system enables each shaft freely positioning. Ensure the machining quality and accuracy while performing high-speed cutting.
Swivei Speed--50/50 rpm
-Thin cross-type design with smaller size is applicable for more complex casting and mold machining.
-Flexible simultaneous 5-axis cutting with oil-lubricated heads to perform on complex surface machining.
Swivei Speed--60/60 rpm
|Distance between Spindle Nose to Table||mm||200~1,200|
|Rapid Traverse Rate||m/min||>50|
|Drive Mode||Linear motor|
|Max. Tool Diameter||mm||180|
|Tool Shank Spec.||HSK-A63|
Note : Specifications are subject to change without notice. *We can customize to meet customer requests.