High Precision. Rigid. Efficient.
The Series L MACHINING CENTERS are engineered for customers who demand larger CNC MILLING capabilities. With X-axis travel ranging from 30.5 inches (520 mm) to 60 inches (1,525 mm), these machines deliver both size and precision. Each machine includes comprehensive on-site installation and training, provided over a five-day period, to ensure a smooth and successful implementation.
| Item | Description | LMV-F620 | LMV-F733 | LMV-F740 | LMV-F840 | LMV-F960 | ||
| Table | Table size | 700 x 320 mm (27.6″ x 12.6″) | 1,000 x 510 mm (39.4″ x 20.1″) | 1,200 x 510 mm (47.2″ x 20.1″) | 1,200 x 610 mm (47.2″ x 24.0″) | 1,650 x 635 mm (65.0″ x 25.0″) | ||
| T-slots (width x pitch x no.) | 14mm x 110 mm x 3 (0.6″ x 4.3″ x 3) | 18 mm x 100 mm x 5 (0.7″ x 3.9″ x 5) | 18 mm x 100 mm x 5 (0.7″ x 3.9″ x 5) | 18 mm x 125 mm x 5 (0.7″ x 4.9″ x 5) | ||||
| Max. table load | 250 kg (550 lbs.) | 500 kg (1,100 lbs.) | 600 kg (1,320 lbs.) | 600 kg (1,320 lbs.) | 1,500 kg (3,300 lbs.) | |||
| Travel | X-travel | 520 mm (20.5″) | 850 mm (33.5″) | 1,020 mm (40.2″) | 1,020 mm (40.2″) | 1,525 mm (60.0″) | ||
| Y-travel | 368 mm (14.5″) | 530 mm (20.9″) | ||||||
| Z-travel | 380 mm (15.0″) | 510 mm (20.1″) | ||||||
| Spindle | Spindle nose to table surface | 150~530 mm (5.9″~20.9″) | 150~660 mm (5.9″~26.0″) | 130~640 mm (5.1″~25.2″) | 130~680 mm (5.1″~26.8″) | 125~760 mm (4.9″~29.9″) | ||
| Spindle center to column | 368 mm (14.5″) | 585 mm (23.0″) | ||||||
| Spindle taper | #40 BIG PLUS | #30 | #40 BIG PLUS | |||||
| Spindle Speed | Belt drive: 10,000 rpm | Direct drive: 15,000 rpm | Belt drive: 10,000 rpm Direct drive: 12,000 rpm (Optional 15,000 rpm) | |||||
| Spindle diameter | Ø60 mm (Ø2.4″) | Ø50 mm (Ø2.0″) | Ø70 mm (Ø2.8″) | |||||
| Feed rates | Rapid traverse (X/Y/Z) | 48/48/36 m/min (1,889/1,889/1,417 ipm) | 36/36/24 m/min (1,417/1,417/944 ipm) Optional 36/36/30 m/min (1,417/1,417/1,181 ipm) | 30/30/24 m/min (1,181/1,181/944 ipm) Optional 24/24/20 m/min (944/944/787 ipm) | ||||
| Cutting feed (X/Y/Z) | 1~10 m/min (39.3~393 ipm) | 1~10 m/min (39.3~393 ipm) | ||||||
| Vertical axis counter weight | Pneumatic counterbalance | Pneumatic counterbalance | ||||||
| Automatic tool changer | Tool storage capacity | 24+1 arm type (Optional Arm: 30) | 24+1 arm type (Optional Arm: 30) | |||||
| Tool shank | BT40 (Optional CT40* or DIN40) | BT30 (Optional CT30 / DIN30) | BT40 (Optional CT40* or DIN40) | |||||
| Tool change time | 1 sec. | 2 sec. | ||||||
| Pull stud | P40T-1 | P30T-1 | P40T-1 | |||||
| Max. tool diameter with adjacent tool | Ø80 mm (Ø3.1″) | 075 mm (Ø3.0″) | Ø80 mm (Ø3.1″) | |||||
| Max. tool length | 200 mm (7.9″) | 300 mm (11.8″) | ||||||
| Max. tool weight | 7 kg (15.4 lbs.) | 4 kg (8.8 lbs.) | 7 kg (15.4 lbs.) | |||||
| Motors | Spindle motor | Fanuc: 3.7/5.5 kW | Fanuc: 2.2/3.7 kW | Fanuc: 11/15 kW Siemens: 9 kW Chevalier: 11 kW Heidenhain: 10 kW | Fanuc: 11/15 kW Siemens: 12 kW Heidenhain: 10 kW | |||
| Axis motors | Fanuc: 1.2/1.2/1.2 kW | Fanuc: 1.8/1.8/2.5 kW Siemens: 3.3/3.3/3.8 kW Chevalier: 2.9/2.9/4.4 kW Heidenhain: 3.5/3.5/5.7 kW | Fanuc: 4/4/4 kW Siemens: 3.8/3.8/4.9 kW Heidenhain: 5/5/5.7 kW | |||||
| Coolant motor | 0.59 kW (0.8 HP) | 0.59 kW (0.8 HP) | ||||||
| Power and air requirement | Power required | 15 kVA | 20 kVA | 25 kVA | ||||
| total air consumption flow | Pressure | 6 kg/cm² (86 psi) | 6 kg/cm² (86 psi) | |||||
| Flow | 200 NL/min (7 cfm) | 200 NL/min (7 cfm) | ||||||
| Tank capacity | Hydraulic tank | Optional 40/60 L | Optional 40/60 L | |||||
| Spindle/Gearbox coolant tank | Optional 20/30 L | Optional 20/30 L | ||||||
| Oil/Grease tank | 0.7 L | 3 L | 0.7 L | |||||
| Coolant tank | 126 L (33 gals.) | 245 L (64 gals.) | 315 L (83 gals.) | 325 L (85 gals.) | 429 L (113 gals.) | |||
| Machine dimension | Floor space (W x D x H) | 1,680 x 2,950 x 2,445 mm (66.1″ x 116.1″ x 96.3″) | 2,430 x 3,020 x 2,963 mm (95.7″ x 118.9″ x 116.7″) | 2,800 x 3,020 x 2,963 mm (110.2″ x 118.9″ x 116.7″) | 2,800 x 3,130 x 3,050 mm (110.2″ x 123.2″ x 120.0″) | 4,370 x 3,635 x 3,280 mm (172.0″ x 143.1″ x 129.1″) | ||
| Net weight | 2,300 kg (5,070 lbs.) | 5,800 kg (12,700 lbs.) | 6,200 kg (13,600 lbs.) | 6,700 kg (14,770 lbs.) | 8,500 kg (18,700 lbs.) | |||
| Accuracy | Positioning accuracy | 0.007 mm (0.00028″) | 0.010 mm (0.00040″) | |||||
| Repeatability accuracy | 0.005 mm (0.00020″) | 0.007 mm (0.00028″) | ||||||
| Accuracy standard | VDI 3441 | VDI 3441 | ||||||
Key Features and Benefits
The LMV-L Series vertical machining center is engineered with high efficiency and high accuracy to satisfy the need for large quantity machining.
1— Eco-friendly design includes a skimmer that separates oils from the coolant, making
coolant cleaner and enabling it to be re-used instead of being discarded as toxic waste.
2— Optimized structure and one-piece bearing seat and base design enhance the rigidity
3— The one-piece bed and wide column base are heavily ribbed to prevent twisting
and distortion under even the most severe cutting forces. The rigid cast-iron
frame contributes to unparalleled damping characteristics.
4— Heavy duty and precise linear guideways on three axes are high grade, providing
stability and heavy cutting.
5— 3 axes direct transmission between servo motor and ballscrew that greatly boost your efficiency.
6— Legendary Levil service.
The LMV-L Series is built with linear ways for smooth quick movement
Machine Construction LMV-L Series
For machining precision, the LMV-L Series VMCs is designed with Finite Element Method (FEM) to calculate the displacements and stresses in the machine design due to operational loads. The series achieves superior stability with a high-density, dense cast iron construction of its main structure (base, table, column, saddle). Precision
is further enhanced by using pretensioned Class C3ballscrews in all three axes, which are built with linear ways for smooth quick movement; the large Y-axis gives more room for machining wider parts. Servo motors directly coupled to the ballscrews increase movement sensitivity while dramatically reducing backlash. The machine base is supported by full travel, making it suitable for high speed machining.
