5-axis gantry CNC machine tools, high-precision 5-axis gantry machining centers, aerospace CNC machine tools, large and complex workpiece processing, automotive mold 5-axis processing, energy equipment 5-axis solutions

Technical features
Gantry structure design
Rigid frame: high-strength cast iron body, equipped with reinforcing ribs and thermal symmetric structure to ensure stability during processing of large-size workpieces.
Extra-large processing range:
Workbench size: optional 5000×3000mm to 12000×6000mm;
Travel range: X/Y/Z axis linear travel up to 8000×4300×1500mm, repeat positioning accuracy ±0.005mm.
High dynamic performance: equipped with linear motor drive system, acceleration ≥1.5g, fast moving speed ≥60m/min.
Technical advantages
The maximum load-bearing capacity of the workbench is 35000kg
Speed range: 100-24000 (r/min)
Motor power: 37/46 (kw)
Maximum diameter/length/weight of cutting tool: φ 80/350/8 (mm/mm/kg)
A/C axis indexing accuracy (positioning): ± 105/± 360
Technical Parameters
| Item | unit | PM2040U | PM2060U | PM2560U | PM2580U |
| Workbench width | mm | 2000 | 2500 | ||
| Workbench length | mm | 4000 | 6000 | 6000 | 8000 |
| Workbench travel (X axis) | mm | 4200 | 6200 | 6200 | 8500 |
| Saddle travel (Y axis) | mm | 3200 | 3700 | ||
| Ram travel (Z axis) | mm | 1000(1250) | |||
| Distance between two columns | mm | 2800 | 3300 | ||
| Tool holder specifications | - | HSK-A63 | |||
| Speed range | r/min | 100-24000 | |||
| Maximum output torque | N.m | 60/73 | |||
| Spindle motor power | kw | 37/46 | |||
| A/C axis indexing angle | ° | ±105/±360 | |||
application
Our 5-axis gantry CNC machine PM-U series is an ideal choice for the aerospace industry and mold manufacturing, specializing in producing high-precision components with complex geometric shapes.


Intelligent control system
CNC system: standard Siemens 840D sl or Heidenhain TNC 640, supports G code/UG NX/MASTERCAM programming.
Automation function:
Adaptive feed rate control (ACC);
Five-axis collision detection and safety shutdown;
Tool path optimization algorithm to reduce idle travel time.
Core advantages
Efficient processing capability:
Complete complex surface processing in one clamping, saving 30%-50% of working hours;
Processing efficiency is 40%-60% higher than that of traditional three-axis machine tools.
Ultra-high precision guarantee:
Thermal deformation compensation technology ensures stable processing accuracy for a long time;
Surface roughness Ra≤0.8μm, tolerance control within ±0.005mm.
Modular expansion design:
Supports additional fourth axis (B axis), automatic tool change system (ATC) and multi-pallet exchange device;
Intelligent operation and maintenance support:
IoT remotely monitors tool status, energy consumption and vibration data, and predictive maintenance reduces downtime risks;
Provide multi-language (Chinese/English/German/Spanish) operation training and technical documentation.
Application scenarios
1. Aerospace
Turbine blades: five-axis linkage precision milling of complex surfaces to meet AS9100D standards;
Engine housing: titanium alloy/nickel-based high-temperature alloy integral structural parts are formed in one step.
2. Automobile manufacturing
Lightweight components: aluminum alloy body frame, carbon fiber composite material hood are efficiently formed;
Turbocharger system: precision machining of high-pressure resistant parts (tolerance ±0.01mm).
3. Energy equipment
Gas turbine blades: high-temperature resistant alloy (Hastelloy X) processing, suitable for working conditions above 600°C;
Wind power gearbox: high-hardness gear blank rough/finishing integration.
4. Mold processing
Large automobile molds: 5-axis mirror polishing (Ra≤0.4μm), shortening the mold trial cycle;
Precision injection molds: deep cavity structure is formed in one step to avoid secondary processing.
Market value
Meet the needs of small batch and multi-variety flexible production;
Compatible with future technology upgrades (such as AI-driven process optimization).
Reduce overall costs:
Reduce manual intervention and scrap rate, and shorten the investment return cycle to 1.5-2 years;
Energy-saving design reduces energy consumption by 20%-30%.
Customer cases
Case 1: A German aviation supplier uses this equipment to process LEAP engine blades, reducing the processing time of a single piece from 8 hours to 3 hours, and the yield rate reaches 99.8%.
Case 2: A Chinese automobile manufacturer uses a five-axis gantry milling machine to mill aluminum alloy body structural parts, increasing production capacity by 50% and extending mold life by 3 times.
FAQ
1. Your products look similar, but the prices are different. What are the differences?
-The appearance is similar, but the model, parameters, and configuration are different, so the price is also different. The higher the configuration, the higher the price. If you need an accurate quotation, please contact customer service.
Can you provide customized services?
-Sure, we will design and customize machine tools based on the products you want to process, including the design and customization of industrial automation assembly lines.
3. With so many machine tools, how can I choose the one that suits me?
-Please provide the requirements for the product you need to process, including drawings, dimensions, workpiece dimensions, etc.
We will recommend suitable machine tools for you based on the products you need to process.
4. Are your machine tools 3-axis, 4-axis, or 5-axis?
-We have 3-5 axis machine tools, and we need to know the size, CNC controller, motor brand and model of the fourth/fifth rotating worktable you need so that we can provide you with a quotation.
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