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Our Vertical Machining Center offers advanced solutions for industrial manufacturing facilities requiring uncompromised precision and stability. Engineered to handle rigorous metalworking tasks, our equipment ensures high efficiency in milling, drilling, and boring operations. By integrating robust structural designs with cutting-edge drive systems, the equipment guarantees exceptional dimensional accuracy even during extended production cycles. Whether your production lines involve complex aerospace components or heavy-duty automotive parts, our machine tools deliver reliable performance that elevates your overall manufacturing capabilities.
| Machine tool data | Unit | VMC-1370 | VMC-1580 | VMC-1680 | VMC-1890 |
| X axis stroke | mm | 1300 | 1500 | 1600 | 1800 |
| Y axis stroke | mm | 700 | 800 | 800 | 900 |
| Z axis stroke | mm | 650 | 700 | 730 | 800 |
| Distance from SPiEe Oerta to OdUmn protcσkr surface | mm | 757 | 855 | 860 | 965 |
| Table SiZe | mm | 1400 × 700 | 1600 × 8∞ | 1700 x 800 | 2000 × 900 |
| Max capacity | kg | 1000 | 1500 | 1500 | 1800 |
| Table T-groove | mm | 5-18/110 | 5-22/135 | 5-22/145 | 5-22/165 |
| Sp<nd∣e taper | BT50 | BT50 | BT50 | BT50 | |
| Sρ<ndie speed | rp∏) | 6000 | 6000 | 6000 | 6000 |
| Sp<ndie motor | kw | 11/15 | 15/18.5 | 15/18.5 | 15/18.5 |
| (X/Y/Z)Three axis motor | kw | 3/3/3 | 3/3/4 | 3/3/4 | 4/4/4 |
| Control system (optional) | MlSUBlSHl / FANUC / SIEMENS | ||||
| X, Y, Z axis rapid moving speed | mΛw | 24/24/24 | 24/24/24 | 24/24/24 | 24/24/24 |
| Positioning accuracy | mm | JIS ±0.005/300 | JIS ±0.005/300 | JIS ±0.005/300 | JIS ±0.005/300 |
| Repeated positioning accuracy | mm | J∣S±O.Oθa∕3O0 | JlS 士 0.00*300 | JIS ±0.003/300 | JIS ±0.003/300 |
| Pressure | kg∕cm2 | ≥6 | ≥6 | ≥6 | ≥6 |
| Tool magazine capaαty | 把 | 24 | 24 | 24 | 24 |
| Machine weight | T | 9.5 | 12 | 12 | 14 |
| Machine size(LxWxH) | mm | 3900 × 3200 × 3000 | 4300 χ 3320 × 2970 | 4650 × 3350 × 3250 | 4900 × 3470 × 3400 |
The wide sliding track of the base adopts the four track design. This robust structural foundation significantly enhances the load-bearing capacity and operational stability of our heavy-duty machining tool, allowing it to safely support table capacities up to 1800kg. By distributing the working weight more evenly across the machine bed, this specific architectural integrity actively minimizes internal vibrations during intense, high-speed cutting processes. This directly contributes to achieving predictably superior surface finishes on all your critical workpieces.
All the slide rails are subject to high cycle heat treatment and precision grinding. With the help of fluoride resin with wear resistance, low resistance and low friction coefficient, they slide smoothly with each other to ensure the accuracy of the machine. This meticulous engineering approach deliberately prevents premature wear and tear in your precision milling machine. Ultimately, it reduces your overall maintenance frequency and keeps your production schedule strictly on track without any unexpected structural downtime.
Five ball screw special bearings are used to pre pull the support seats at both ends of each shaft to ensure the precision during thermal expansion. This deliberate mechanical configuration actively compensates for the natural heat generation that inevitably occurs during continuous, heavy industrial operations. By constantly managing such thermal deformation, our CNC machining equipment effectively maintains strict micron-level positioning tolerances, which is absolutely critical for fulfilling the most rigid quality requirements in large-scale metal fabrication projects.
Adopt high-density coupling to drive directly to reduce transmission clearance. This direct power transmission mechanism maximizes the mechanical efficiency of the BT50 spindle and the robust driving motor, allowing for instant torque delivery and rapid spindle response times. Such an optimized setup effectively eliminates the mechanical lag often found in traditional belt-driven systems, granting your operators much greater precision and control over intricate tool paths and highly complex material removal tasks during standard factory shifts.
The three-axis direction adopts fully closed mountain shaped expansion cover, with excellent sealing and chip removal performance. This comprehensive external protection system thoroughly shields the internal precision components from harmful coolant ingress, sharp metal shavings, and harsh industrial debris. Consequently, the operational lifespan of the sensitive ball screws and linear guideways is significantly extended, ensuring that your industrial machining center operates flawlessly and safely even in the most physically demanding shop floor environments.
The exceptional positioning accuracy and structural rigidity make our metalworking equipment ideal for fabricating intricate aerospace parts. The high-capacity tool magazine and highly compatible control systems enable the seamless execution of multi-stage machining processes on exceptionally tough aerospace-grade metal alloys. Factory operators can rely on the continuous stability to achieve the stringent tolerances demanded by the aviation sector.
For high-volume automotive production lines, the rapid moving speed and robust BT50 spindle provide the exact necessary power to machine heavy engine blocks, transmission housings, and complex die-cast components efficiently. Utilizing this highly capable machinery helps auto parts facilities maintain extremely consistent product quality, minimize material waste, and guarantee precise dimensional accuracy across extensive, non-stop daily production runs.
The superior thermal stability and incredibly smooth slide rail movements are perfectly suited for the exacting dimensional requirements of the professional mold-making industry. Our specialized equipment consistently ensures excellent surface finishes and highly accurate dimensional control, both of which are absolutely vital for creating complex, defect-free mold cavities used in mass plastic and metal forming processes.
We provide highly versatile technical configurations specifically tailored to your factory ecosystem and operator programming habits. You have the complete flexibility to equip the machine with industry-leading control platforms such as Mitsubishi, Fanuc, or Siemens. This ensures a remarkably seamless integration process into your existing automated manufacturing infrastructure without requiring extensive retraining for your technical staff.
Located in a prominent equipment manufacturing hub in East China, we possess the necessary industrial scale and deep technical expertise to seamlessly support your substantial machinery upgrades. We are deeply committed to delivering highly reliable, heavy-duty machinery that consistently meets the rigorous, high-volume demands of modern metalworking facilities, firmly backed by responsive technical services and continuous operational support.
The spindle speed of our equipment operates at 6000 rpm, which provides ample cutting velocity for a wide variety of industrial milling and boring applications.
You can choose to equip the machine with Mitsubishi, Fanuc, or Siemens control systems, depending on your programming preferences and factory integration requirements.
Depending on the specific configuration model, the equipment features a tool magazine capacity of 24 or 26 tools, facilitating efficient automated tool changes to reduce cycle times.
Five ball screw special bearings are utilized to pre-pull the support seats at both ends of each shaft, which effectively maintains precision and counteracts any thermal expansion during operation.
The X, Y, and Z axes all feature a rapid moving speed of 24 m/min, ensuring swift positioning between cutting paths to maximize overall production throughput.
