FMC-850
This series of vertical integrated processing machines show advanced design concepts and excellent mechanical structure balance.It is a high-speed, high-capacity model. Suitable for high precision mold industry and precision metal processing industry.
Using well-known brand high rigidity precision linear slides, the technology is like manufacturing bearings, with zero clearance and full load bearing characteristics. The linear slide has low consumption, high precision and fast moving speed, up to 48m/min.
The servo motor is directly connected to the screw via a rigid coupling without backlash, which can ensure the machining accuracy. Even if it is a very complicated work, it can also process sharp corners to ensure the machining accuracy.
Fast, simple, reliable and long-life tool exchange device provides smooth and reliable tool exchange action. Unique tool exchange device design.
The double screw chip removal device rushes to the screw chip conveyor on both sides of the machine, which can easily send the processed iron chips to the outside of the machine quickly, reducing the waste of non-processing time due to iron chip cleaning.


FMC-855
High-speed, high-precision, high-rigidity; heavy-duty, heavy-cutting models, the Y/Z axis adopts 45 wide roller linear rails, and the Z axis adopts a heavy-duty six-slider design. The servo motor is directly connected to the screw through a rigid coupling without backlash, which can ensure the machining accuracy. Even if it is a very complicated work, it can also process sharp corners to ensure the machining accuracy. Each machine tool has been tested with heavy-duty full tools to ensure smooth operation and reliable tool exchange even with heavy-duty tools.
All machines use laser measurement, cutting test, long-term running-in test and strict inspection in accordance with VDI 3441 standard, so that each axis has good repeatability, accurate positioning, and ensures machine accuracy. Renishaw is used to calibrate the roundness and geometric accuracy of the machine to verify and ensure the vertical accuracy of the three-dimensional space.
FMC-1060
All mechanism designs are optimized with advanced COSMOS software to assist in optimal structure optimization, and FEA finite element analysis is used to simulate the dynamic rigidity of the machine to ensure continuous machining accuracy and anti-vibration effect during high-speed cutting. High rigidity ductile iron bed, the machine tool adopts pyramid golden ratio design, excellent span and full stroke support, the machine maintains its original rigidity under high-speed movement, and provides displacement accuracy.


FMC-1370
The sleeve-type spindle design provides 6000/4500rpm gear-driven spindle or belt-type spindle, and the short nose spindle bearing is effectively supported by the bushing and head castings, so the rigidity of the spindle can be greatly improved, and high horsepower can be selected for cooperation 。The spindle motor can show the largest metal removal rate, and the spindle cooling system can reduce the temperature rise of the bearing and extend the life of the spindle.
Japanese shovel technology combined with unique *shaped shovel and Z-shaped oil grooves can produce a uniform oil film on the sliding surface, eliminating floating phenomenon during rapid movement and starting stickiness of cutting feed.The spindle is equipped with spindle oil temperature control system, which can effectively achieve temperature effect.
FMC-1580
The bed and herringbone column adopt densely baked castings with reinforcing ribs. This kind of casting still has excellent stability and good shock absorption characteristics even under heavy cutting conditions. The workbench is supported in all directions by an integral saddle without any suspension. The four-rail design of the base ensures long-term rigidity and accuracy. The guide rail undergoes induction hardening heat treatment and precision grinding. The plastic guide rail and strong lubrication reduce surface friction and reduce wear.
A large amount of coolant flushes the processed iron filings to the screw chip conveyor on both sides of the machine, which can easily send the processed iron filings to the outside of the machine quickly, reducing the non-processing time wasted by the operator due to the removal of iron filings.


FMC-1890
All machine castings of the machine tool are made of high-quality Meehanite castings, which are annealed to eliminate internal stress. The structure of the machine bed is optimized and the mechanical dynamic rigidity is excellent.
The two-stage transmission gear design can make the main shaft horsepower more smoothly. The transmission gears are all imported from the original package. The chromium-molybdenum alloy steel material is hardened and precision ground. The main shaft runs quietly and smoothly.
A large amount of coolant will rush the processed iron filings to the screw chip conveyors on both sides of the machine, which can easily send the processed iron filings to the outside of the machine quickly, reducing the operator’s wasted non-processing time due to the removal of iron filings. The customer needs to add a chain chip conveyor.
Technical Specifications
| Spindle | Model | Unit | FMC- 850 | FMC- 855 | FMC- 1060 | FMC- 1370 | FMC- 1580 | FMC- 1690 | FMC- 1890 | |
| Spindle taper | BT-40 | BT-50 | ||||||||
| Spindle diameter | mm | Ø150 | Ø155 | Ø190 | ||||||
| Spindle speed | rpm | 8000/10000/12000 | 6000 | |||||||
| Worktable | Worktable size | mm | 1000×500 | 1000×550 | 1200×600 | 1400×700 | 1700×800 | 1860×1000 | 1970×1000 | |
| Max.loading | Kg | 600 | 800 | 1000 | 1200 | 1500 | 1600 | 1800 | ||
| T-slot | mm | 5x18x90 | 5x18x100 | 5x18x152.5 | 5x22x135 | 7x18x120 | ||||
| Moving Range/Rapid Speed | X axis travel | mm | 800 | 800 | 1000/1100 | 1300 | 1500 | 1600/1800 | ||
| Y axis travel | mm | 500 | 550 | 600 | 700 | 800 | 900 | |||
| Z axis travel | mm | 300 | 350 | 600 | 650 | 700 | 800 | |||
| Distance from table surface to spindle nose | mm | 150-650 | 120-670 | 120-720 | 150-800 | 170-870 | 210-1010 | |||
| Distance from guide surface to spindle center | mm | 550 | 595 | 650 | 785 | 800 | 970 | |||
| Fast-moving X/Y/Z | m/min | 48/48/48 | 36/36/30 | 15/15/12 | ||||||
| Cutting feed movement | mm/min | 1-1200 | 1-1000 | 1-1000 | 1-1200 | |||||
| Accuracy | Tool change method | Shortest path selection tool | ||||||||
| Latin type | 45° | |||||||||
| Tool capacity | Pcs | 24 | ||||||||
| Tool length | mm | 300 | 500 | |||||||
| Tool Weight | Kg | 7 | 15 | |||||||
| Tool change(T/T) | sec | 1.6 | 2.3 | |||||||
| Motor | Spindle motor(continuous/30 minutes) | Kw | 11/15 | 18.5 | 15/18.5 | 18.5/22 | ||||
| Three axis motor X/Y/Z | Kw | 3/3/3 | 7/4/4 | |||||||
| X/Y/Z ball screw | mm | Ø40 | Ø50 | |||||||
| Cutting water motor | W | 460 | ||||||||
| Others | Machine weight | Kg | 5300 | 5500 | 6300 | 10000 | 13500 | 14500 | 16000 | |






