TC200/300 Series
The whole machine adopts a 30 ° inclined bed body cast as a whole, and the integrated casting bed body has undergone aging and stress relief treatment, with excellent bending and torsional stiffness. It is not easy to deform during long-term mass production and has outstanding accuracy retention; H
The whole machine adopts a 30 ° inclined bed body cast as a whole, and the integrated casting bed body has undergone aging and stress relief treatment, with excellent bending and torsional stiffness. It is not easy to deform during long-term mass production and has outstanding accuracy retention; High tension "Mihanna cast iron" is used for heat treatment and precision grinding. Perform structural analysis of the machine using finite element method (FEM) to achieve excellent rigidity and stability in the distribution of reinforcement ribs for the main structures such as the base, saddle, and head;
The spindle adopts A2-6 high-precision spindle unit, matched with imported bearings, and undergoes strict dynamic balance verification before leaving the factory. It has small thermal deformation and stable accuracy during long-term high-speed operation.
Standard imported THK, linear guide, precision ball screw, low friction coefficient, high positioning accuracy;
The standard configuration adopts Taiwan's new generation system and Taiwan's new generation servo motor, which has strong stability, high resolution, fast acceleration and deceleration response, and high consistency in repeated processing.
A model of high speed and efficiency
CNC machine tools with high-speed and efficient core advantages deeply meet the strict requirements of modern manufacturing for production pace, accuracy, and stability. With excellent dynamic response and automation configuration, they have become the ideal choice for large-scale precision machining.
Differentiated positioning of four major models (selection advantages)
TE-205L (economical long wheelbase version) has a maximum processing length of 550mm and a minimum weight of 3800kg, offering the best cost-effectiveness; Straight Y simple structure, suitable for mass production of standard long shafts and small and medium-sized disk components, budget friendly.
TE-205M (universal standard version) also has a processing stroke of 550mm and a 4000kg body rigidity upgrade; BMT45-15T universal turret, compatible with the vast majority of standard shaft and disc parts, is the preferred choice for general processing of hardware and automotive parts.
TE-205MY (interpolation Y heavy-duty milling model) oblique interpolation Y-axis+Y-axis hard rail, Y stroke ± 50mm, strong multi axis linkage performance; The maximum processing length is 500mm, specializing in hydraulic valve bodies and complex shaped parts with side holes/keyways.
NE-205MLY (flagship top configuration full function model) is the top configuration of the entire series, with Y stroke increased to ± 52mm and X-axis roller composite track; The entire machine weighs 4350kg and has ultimate anti vibration capabilities, balancing heavy milling and high gloss precision machining. It is suitable for high precision machining scenarios such as medical equipment and aviation precision components.
01. Excellent machine tool performance:
Equipped with high response servo drive and precision ball screw, the fast movement speed exceeds 30m/min; Adopting a lightweight and rigid bed design, it ensures structural stability while achieving extremely high dynamic response, providing a solid foundation for high-speed cutting.
02. High speed servo and power turret:
The tool to tool change time is less than 0.1 seconds, significantly compressing non cutting idle time; Equipped with a large capacity tool magazine with 12-15 workstations, it easily meets the multi process continuous processing needs of complex components, effectively reduces clamping frequency, and improves coherence.
03. Automated tailstock system:
Integrated fast moving mechanism, supporting fully automatic program control for tightening and retraction, with one click quick response; Specially optimized for the processing of long axis parts, greatly improving the automation level of loading and unloading and processing connection, reducing manual intervention.
04. Ultimate Mass Production Efficiency:
By utilizing high-speed linkage and efficient cutting, the single piece machining time is minimized, resulting in a 20% -40% increase in overall machining efficiency compared to traditional models; Perfectly adapted to large-scale production scenarios that require high efficiency and consistency, such as automotive components and electronic connectors.
机械规格 Mechanical Specifications | 名称name | 单位unit | TC-200 | TC-300 | TC-200M | TC-300M | TC-200MY | TC-300MY |
机械行程 Mechanical Stroke | 床身上最大回转直径 Maximum rotational diameter of the bed | mm | Ф580 | Ф650 | Ф650 | |||
最大加工直径 maximum machining diameter | mm | Ф520 | Ф516(刀盘364) │ Ф550(刀盘330) | |||||
滑板上最大工件回转直径 Maximum workpiece rotation diameter for skateboards | mm | Ф330 | Ф380 | Ф380 | ||||
最大加工长度 maximum machining length | mm | 550 │750 │ 1000 | 515 │715 │965 | 500 │700 │950 | 465 │665 │915 | 500 │700 │950 | 465 │665 │915 | |
主轴 Spindle 油缸 Oil Cylinder卡盘 Chuck 参数 Parameter | 主轴鼻端Spindle Nose | type | A2-6 | A2-8 | A2-6 | A2-8 | A2-6 | A2-8 |
主轴转数范围Main Spindle Speed Range | rpm | 4200 | 2800 | 4200 | 2800 | 4200 | 2800 | |
油缸/卡盘Oil Cylinder/Chuck | lnch | 8" | 10" | 8" | 10" | 8" | 10" | |
主轴孔径Spindle Bore Diameter | mm | Ф65 | Ф86 | Ф65 | Ф86 | Ф65 | Ф86 | |
棒料通径Bar Stock Diameter | mm | Ф51 | Ф75 | Ф51 | Ф75 | Ф51 | Ф75 | |
机械主轴电机功率 Mechanical Spindle Motor Power | KW | ● 11/16.5 | ● 15/22 | ● 11/16.5 | ● 15/22 | ● 11/16.5 | ● 15/22 | |
电主轴电机功率 Motor Power of Electric Spindle | KW | ⚪ 18.5(后置) | - | ⚪ 18.5(后置) | - | ⚪ 18.5(后置) | - | |
Y轴型式 Y-axis Type | 类型type | pcs | - | - | 直Y | |||
X/Z/Y/W 轴进给参数 X/Z/Y axis feed parameters | X/Z/Y轴极限行程 Limit stroke of X/Z/Y axes | mm | 260/650 |830 | 1050 /- | 250/630 |800 | 1020 /- | 250/630 |800 | 1020 /±50 | |||
X/Z/Y/W轴线轨规格 X/Z/Y Axis Rail Specifications | spes | 45/45/-/35 | 45/45/-/35 | 45/45/●硬轨 (⚪线轨)/35 | ||||
X/Z/Y/W轴丝杆规格 X/Z/Y-axis screw specifications | spes | 3210/4010/-/ ⚪ 3208 | 3210/4010/-/ ⚪ 3208 | 3210/4010/4010/ ⚪ 3208 | ||||
X/Z/Y/W轴快速移动 Rapid movement of the X/Z/Y axes | m/min | 24/24/-/ ⚪ 15 | 24/24/-/ ⚪ 15 | 24/24/12/ ⚪ 15 | ||||
定位精度positioning accuracy | mm | ±0.005 | ±0.005 | ±0.005 | ||||
重复定位精度 Repetitive positioning accuracy | mm | ±0.003 | ±0.003 | ±0.003 | ||||
伺服/动力刀塔 Servo/Powered Turret | 刀塔类型Dota type | pcs | ●伺服刀塔 | ●动力刀塔 | ●动力刀塔(带Y) | |||
刀塔规格Tool Post Specification |
spes |
100-12T (刀盘420) | ●BMT45-15T(刀盘364 ·齿传) ⚪ BMT55-12T(刀盘330 ·齿传) | ●BMT45-15T(刀盘364 ·齿传) ⚪ BMT55-12T(刀盘330 ·齿传) | ||||
动力头电机最高转数 Power head motor maximum rotational speed | rpm | - | 6000 | 6000 | ||||
刀座规格Knife holder specifications | mm | 25×25 | 25×25 | 25×25 | ||||
镗刀杆直径Boring tool shank diameter | mm | Ф40 (⚪Ф50) | Ф32 | Ф32 | ||||
相邻换刀时间Adjacent tool change time | s | ≤1.0 | ≤1.0 | ≤1.0 | ||||
尾座 Turret | 尾座移动方式 Tailstock Control Method | - | ●Z轴拖动 (⚪液压编程) | ●Z轴拖动 (⚪液压编程) | ●Z轴拖动 (⚪液压编程) | |||
尾座最大行程 Worktable maximum travel distance | mm | 580 |630 |930 | 580 |630 |930 | 580 |630 |930 | ||||
尾座套筒锥孔 Worktable sleeve conical hole | type | MT:5# | MT:5# | MT:5# | ||||
尾座套筒直径 Worktable sleeve diameter | mm | Ф80 | Ф80 | Ф80 | ||||
套筒行程Shoe travel | mm | 80 | 80 | 80 | ||||
其他 Others | 净重(约)Net weight approx. | mm | 2650/2900/4100/*1900*1900 | 2750/3000/*1900*2000 | 2750/3000/3800*1900*2150 | |||
重量weight | kg | 4000/4300/4800 | 4100/4400/4900 | 4250/4550/5100 | ||||