TX 150 series
Harman Precision TX-150 flagship 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
Harman Precision TX-150 flagship 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; 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 A2-5 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.
1. Machine tool structure: Strong rigidity and small footprint
Classic inclined bed design, smooth and unobstructed chip removal, maintaining a clean processing environment; The overall bed body rigidity has been optimized and upgraded, combined with wide and high-precision linear guide rails, balancing high-speed mobility and micrometer level positioning accuracy. The compact structure saves more space.
2. Knife tower configuration: fast tool change, high precision
Equipped with 8-12 station servo turret, achieving millisecond level rapid tool changing and micrometer level repetitive positioning; Supporting the selection of high-performance power tool holders, easily expanding the ability of turning and milling composite processing, with one machine for multiple purposes, greatly improving process flexibility and production efficiency.
3. Tailstock system: stable support and multiple options
Provide a dual configuration solution for manual/hydraulic tailstock, flexibly adapting to different production rhythms; Equipped with a large diameter heavy-duty top, it has strong support rigidity and excellent vibration resistance, ensuring stability and accuracy consistency during the processing of long shafts and heavy-duty parts.
4. Processing experience: wide adaptability and easy operation
Perfectly adapted to the processing of various general parts such as shafts and disks, with precision indicators reaching industry-leading levels; Equipped with a user-friendly intelligent interactive interface, the operation logic is clear and intuitive, greatly reducing training costs and helping beginners quickly get started with homework.
Specially designed for the general mechanical processing market, integrating ultimate cost-effectiveness and industrial grade reliability. By achieving efficient output through compact design, balancing rigidity, precision, and ease of use, and meeting diverse batch production needs, it is an ideal partner for small and medium-sized processing enterprises to increase production capacity.
机械规格 Mechanical Specifications | 名称 Name | 单位 unit | TX-150 | TX-150L | TX-150M | TX-150MY | ||||
机械行程 Mechanical Stroke | 床身上最大回转直径 Maximum rotation diameter of the bed | mm | Ф510 | Ф510 | Ф510 | Ф510 | ||||
最大加工直径 maximum machining diameter | mm | Ф210+8T） | Ф160（12T) | Ф210（8T） | Ф160（12T) | Ф180 | Ф180 | |||
刀架上最大加工直径 Maximum machining diameter on the tool holder | mm | Ф150 | Ф150 | Ф150 | Ф150 | |||||
最大加工长度 maximum machining length | mm | 290 (-5) | 260 (-6) | 290 (-5) | 260 (-6) | 290 (-5) | 260 (-6) | 290 (-5) | 260 (-6) | |
主轴 Spindle油缸 Oil Cylinder卡盘 Chuck参数 Parameter | 主轴鼻端 Nose end of the spindle | type | ●A2-5 | ⚪A2-6 | ●A2-5 | ⚪ A2-6 | ●A2-5 | ⚪ A2-6 | ●A2-5 | ⚪ A2-6 |
主轴最高转数 Maximum spindle speed | rpm | 4500 | 3500 | 4500 | 3500 | 4500 | 3500 | 4500 | 3500 | |
油缸/卡盘 Oil cylinder/Chuck | lnch | 6 " | 8 " | 6 " | 8 " | 6 " | 8 " | 6 " | 8 " | |
主轴孔径spindle bore | mm | Ф56 | Ф65 | Ф56 | Ф65 | Ф56 | Ф65 | Ф56 | Ф65 | |
棒料通径Bar diameter | mm | Ф46 | Ф51 | Ф46 | Ф51 | Ф46 | Ф51 | Ф46 | Ф51 | |
机械主轴电机功率 Mechanical Spindle Motor Power | kw | 7.5/11 | 7.5/11 | 7.5/11 | 7.5/11 | |||||
电主轴电机功率 Motor Power of Electric Spindle | kw | ⚪ 11 | ⚪ 11 | ⚪ 11 | ⚪ 11 | |||||
Y轴型式 Y-axis Type | 类型type | pcs | - | - | - | 直Y | ||||
X/Z/Y 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 | 135/360/- | 135/360/- | 135/360/- | 135/360/±35 | ||||
X/Z/Y轴线轨规格 X/Z/Y Axis Rail Specifications | spes | 35/35/- | 35/35/- | 35/35/- | 35/35/25（滚柱） | |||||
X/Z/Y轴丝杆规格 X/Z/Y-axis screw specifications | spes | 3210/3210/- | 3210/3210/- | 3210/3210/- | 3210/3210/2508 | |||||
X/Z/Y轴快速移动 Rapid movement of the X/Z/Y axes | m/min | 24/24/- | 24/24/- | 24/24/- | 24/24/15 | |||||
定位精度positioning accuracy | mm | ±0.005mm | ±0.005mm | ±0.005mm | ±0.005mm | |||||
重复定位精度 Repetitive positioning accuracy | mm | ±0.003mm | ±0.003mm | ±0.003mm | ±0.003mm | |||||
伺服/动力刀塔 Servo/Powered Turret | 刀塔类型Dota type | pcs | ●伺服 | ●伺服 | ●动力刀塔 | ●动力刀塔（带Y) | ||||
刀塔规格 Tool Post Specification | spes | 8T (刀盘280)/12T（刀盘330） | 8T (刀盘280)/12T（刀盘330） | BMT40-15T（刀盘300） | BMT40-15T（刀盘300） | |||||
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 | 25×25 | |||||
镗刀杆直径 Boring tool shank diameter | mm | Ф32 | Ф32 | Ф32 | Ф32 | |||||
相邻换刀时间 Adjacent tool change time | s | ≤1.0 | ≤1.0 | ≤1.0 | ≤1.0 | |||||
尾座参数 Tailstock Parameters | 尾座控制方式 Tailstock Control Method | - | / | 可编程（液压/伺服） | 可编程（液压/伺服） | 可编程（液压/伺服） | ||||
尾座最大行程 Worktable maximum travel distance | mm | / | 250 | 250 | 250 | |||||
尾座套筒锥孔 Worktable sleeve conical hole | type | / | MT:4# | MT:4# | MT:4# | |||||
尾座套筒直径 Worktable sleeve diameter | mm | / | Ф45 | Ф45 | Ф45 | |||||
套筒行程Shoe travel | mm | / | / | / | / | |||||
其他 Others | 净重约Net weight approx. | mm | 2100* 1650*1750 | 2100* 1650*1750 | 2100* 1700* 1900 | 2100* 1700* 1900 | ||||
重量weight | kg | 2500 | 2600 | 2650 | 2800 | |||||
