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HQT
PRIMACON
Designed for precision machining of large components, the High-Rigidity 12-Station CNC Lathe stands out as a reliable solution for industries requiring high accuracy and efficiency. Equipped with the FANUC Oi-TF CNC Control System, this lathe ensures seamless operation and precise control over complex machining tasks. Whether for batch production or custom machining, this lathe balances rigidity and precision to meet diverse manufacturing needs.
The High-Rigidity 12-Station CNC Lathe integrates functional design with durability to optimize machining performance. Its structure is engineered to support heavy loads and minimize vibration, ensuring stability during high-speed operations. The inclusion of a 12-station turret enhances tool-changing efficiency, reducing downtime between operations and boosting overall productivity.
This design focus on rigidity, precision, and adaptability positions the lathe as a top choice for manufacturers seeking to streamline large-part machining processes while maintaining consistent quality.
NC | CNC Control System | FANUC Oi-TF | Unit |
Machining Capability | Max.Swing Diameter | ø 630 | MM |
Max. Machining Diameter (Disc Type) | ø 450 | MM | |
Max. Turning Length | 1020 | MM | |
Spindle Bore Diameter | ø 86 | MM | |
Max. Bar Machining Diameter | ø 70 | MM | |
Spindle | Max. Spindle Speed | 3000 | RPM |
Spindle Nose Type | A2-8 | / | |
Chuck Size | 10″ Hollow Chuck | INCH | |
Feed | X-axis Max. Travel | 260 | MM |
X-axis Rapid Traverse Speed | 18 | M/MIN | |
Z-axis Max. Travel | 1050 | MM | |
Z-axis Rapid Traverse Speed | 15 | M/MIN | |
Turret | Number of Tool Positions | 12 | T |
External Tool Holder Height | 25*25 | MM | |
Max. Internal Tool Holder Diameter | ø 32/ø 40 | MM | |
Tailstock | Tailstock Travel | 600 | MM |
Tailstock Quill Travel | 120 | MM | |
Tailstock Quill Taper | MT-6 | / | |
Motor | Spindle Motor Power | 22 | KW |
Total Machine Power | 40 | KW | |
Others | Coolant Tank Capacity | 280 | L |
Machine Height | 2150 | MM | |
Floor Space (L × W) | 3400*1900 | MM | |
Total Machine Weight | 6000 | KG | |
Optional Configurations | SIEMENS/SYNTEC System | 12-Inch Hollow Chuck | Tailstock Center |
High-Pressure Water Output 30/70Bar | Bar Feeder, Part Catcher | Automatic Door | |
Steady Rest | / | / |
1. Precision machining of complex components
Structural component machining: Large structural components such as the chassis, boom, and slewing bearings of construction machinery typically require high-strength steel and have complex shapes. CNC machine tools can achieve high-precision machining of complex curved surfaces and irregular hole positions, ensuring the load-bearing capacity and assembly accuracy of structural components.
Transmission system components: Critical transmission components such as gears, bearing housings, and gearbox casings have extremely stringent requirements for tolerances and surface finish. CNC machine tools can achieve micron-level precision machining, ensuring transmission efficiency and reliability.
Hydraulic component manufacturing: Precision hydraulic components such as hydraulic valve bodies and pump housings require strict internal flow channel machining and sealing surface treatment. Through multi-axis interpolation and the use of small tools, complex internal cavities can be machined to eliminate leakage risks.
2. Mass production and quality stability
Large-scale production: The construction machinery industry has a high demand for mass-produced parts (such as pins, connecting rods, and flanges). CNC machine tools achieve continuous processing through programmed control, significantly improving efficiency (e.g., CNC lathes can process dozens of parts per hour).
Consistency assurance: Digital programmes eliminate human error, ensuring dimensional consistency among parts in the same batch and reducing assembly debugging costs.
3. Addressing the Challenges of Processing High-Strength Materials
Construction machinery commonly uses high-strength steel, wear-resistant cast iron, and alloy materials, which can cause tool wear or deformation when processed by traditional machine tools.
CNC machine tools use adaptive cutting parameters (such as optimised speed and feed rate) and advanced tooling technology (such as coated tools and ceramic tools) to efficiently process difficult-to-machine materials and extend tool life.
What material is used for the machine tool bed?
Machine tool casting using HT300.
Is customization available?
Yes. We have rich experience in custom processing and can provide flexible customization services from bed to processing parameters to appearance.
What is your company's after-sales service support?
1). Supply wearing parts, spare parts and spare parts at the cost price (outside the warranty period);
2). Party B provides Party A with consulting services on processing technology and programming;
3). After the expiration of the warranty period, Party B still provides after-sales service;
4). Regular use of status tracking service, irregular user follow-up.
What is the service life of the machine tool?
Normal usage conditions allow for a lifespan of ten years.
Do you provide on-site installation or training?
We offer comprehensive manuals and remote guidance. On-site support is available in selected regions.