In the current era when precision manufacturing is transforming towards "high efficiency and intelligence", the "rigid stability" and "production synergy" of vertical machining centers have become the key bottlenecks restricting the upgrading of the industry.

At present, approximately 70% of medium-sized precision parts processing in China (such as aerospace structural components and automotive molds) still faces two major pain points:

One is that during heavy cutting, the vibration of the equipment causes precision drift (with errors often exceeding 0.01mm).

Second, the production process lacks real-time monitoring and intelligent scheduling, with an operating rate lower than 60%.

The Hanmo Industrial MCV-860/1060 series vertical integrated machining machine tools, through the dual breakthroughs of structured rigid design and intelligent management system, provide the industry with an integrated solution of "high precision + high efficiency".

The core of precision machining lies in the "balance between cutting force and accuracy". The MCV series builds a rigid benchmark with three major design innovations:

Y-shaped symmetrical column

The box-shaped closed structure optimized by finite element analysis, combined with the cross-shaped rib reinforced bed platform, has a 50% increase in rigidity compared to the traditional design. In the 7.5mm depth face milling test of S45C steel, the vibration amplitude was controlled within 0.003mm, and the surface roughness was stable at Ra1.6, meeting the precision processing requirements of aerospace aluminum alloy components (7075-T6).

Separated feed system

The X/Y/ Z-axis ball screws adopt a short-distance layout to reduce the inertia of motion during high-speed rotation. Combined with high-rigidity linear roller guides (optional for X/Y axes), the rapid movement speed can reach 40m/min, with positioning accuracy of 0.005mm/300mm and repeat positioning accuracy of 0.003mm.

All-domain chip removal design

The chip removal screws on both sides of the bed and the helical chip conveyor work in coordination, achieving a chip discharge rate of 367cc/min (S45C face milling), avoiding local temperature rise caused by chip accumulation and compressing the thermal deformation error to 0.002mm/m.

1. Spindle System: A "power Matrix" adapted to multiple scenarios

It is equipped with an 8000rpm belt-driven spindle (torque 47.7N · m) as standard, meeting the requirements of deep hole drilling (diameter 48mm) and end milling (chip removal capacity 1206cc/min) for S45C steel.

Optional 12,000-24,000 RPM direct-coupled/built-in spindles (HSK taper) are available, suitable for high-speed cutting of aluminum alloys, reducing the processing time of new energy vehicle motor housings from 3 hours to 1.2 hours.

2. Automatic tool changing system: "Intelligent Dispatcher" for 24 tools

The chain-type separated tool magazine design is adopted, and the random tool selection method enables rapid tool change within 2.5 seconds. The maximum tool diameter can reach 150mm (when the adjacent tool position is empty), and the weight limit is 7kg. In the processing of automotive molds (P20 steel, 420×360×60mm), through tool pre-adjustment and rapid switching, the processing cycle of a single set of molds has been shortened from 10 days to 7 days, with an efficiency increase of 30%.

The MCV series is equipped with the "iMonitor remote intelligence + iBox near-end intelligence" system to build a full-process production control system:

Real-time monitoring

Through spindle load monitoring (SLM) and adaptive cutting control (AFC), the feed rate is automatically adjusted to match the material hardness, avoiding tool overload and extending tool life by 40%.

Data Interconnection

The Web end displays the real-time utilization rate, processing parameters and abnormal alerts, and supports remote retrieval of production history via mobile phones. After a certain aviation supporting manufacturer applied it, the equipment utilization rate increased from 58% to 75%.

Precision compensation

The spindle thermal error compensation (STC) function corrects the deviation caused by temperature rise in real time. After continuously processing stainless steel parts (150×150×25mm) for 12 hours, the shape and position tolerance remains stable at ±0.005mm.

The value of the Hanmo MCV-860/1060 series lies not only in the hardware breakthrough of "rigidity + precision", but also in upgrading the equipment from a "processing tool" to a "production node" through an intelligent system.

Its application in fields such as aerospace and automotive molds has confirmed the development trend of high-end vertical machining centers from "single-point efficiency to global collaboration", providing "independent and controllable" technical support for China's precision manufacturing industry.

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