●The high precision lathe, designed for small and medium part machining, has a full box-way design and a high rigidity saddle structure, This not only ensures high performance in heavy duty cutting and finishing, but increases profits.
●The power turret and C axis are available for the needs of multi-task machining that extends the machine function. This achieves on each single workpiece, thus shortens overall production time.
●High rigidity structure
●High efficiency turning performance
CNC lathe-TCS series. With finite element analysis, structure rigidity is reinforced. Non-cutting time is decreased because of quick tool changing on servo driven turret. Furthermore, chip evacuation and ergonomic are also improved. TCS series is your best choice of CNC lathe for high rigidity, high efficiency and high cost-performance rate
• Gang type CNC lathe
• Small footprint
• Suitable for mass production
• Automation solutions are available for shortening idle time and saving human costs.
• The various tool holders design allows to process rapid tool changing.
●The high precision lathe, designed for small and medium part machining, has a full box-way design and a high rigidity saddle structure, This not only ensures high performance in heavy duty cutting and finishing, but increases profits.
●The power turret and C axis are available for the needs of multi-task machining that extends the machine function. This achieves on each single workpiece, thus shortens overall production time.
●Direct-drive belt with negligible vibration and minimal noise provides excellent precision machining.
●Side by side horizontal tool holders allow shortest feedrate to minimize tool changing time.
●When changing workpieces, the operator can preset tools and tool holders in advance for avoiding idle time on setting the machine.
●The one-piece high rigidity bed structure is thoroughly analyzed by computer.
Good rigidity and vibration-absorbing eliminate machine deformations and ensure high precision machining capability.
●Vertical type machine bed makes the chip flow easier. Plus high rigidity slide structure design adapts heavy duty cutting.
●The close proximity of the operator to the vertical machine bed design facilitates workpiece loading/unloading and tool adjustments.
●Saddle with 60 degree slant design provides high rigidity structure.
With symmetrical saddle design for better air circulation, it decreases the chance of heat distortion.
●Modular structure design for spindle module, turret module, tailstock and sub-spindle module to achieve the multi-tasking applications purpose and create the best investment.
●The preloaded ball screw reduces thermal distortion and ensures the machine's continuous performance and precision.
● Precision spindle is designed with preloaded angular thrust bearings and double-raw roller bearing, it provides high rigidity to the spindle structure.
● Machine uses box way slide, to cooperate with high stable spindle is suitable for heavy duty cutting.
● Spindle gear box with deceleration system provides high torque in low spindle speed.
● With the optimal structure design, the one-piece machine bed is made of high quality casting iron.
The box ways are fine machined, heat treated and finished by grinding with strict inspection. The solid structure builds the best base for high dynamic rigidity and machining performance.
● The standard 160 mm headstock could cooperate with 37 kw spindle motor and 2-step gear decelerating system, the maximum spindle torque will reach 1477Nm. Furthermore, enhanced 180 mm headstock is also available for extending machining applications.