Great Magtech (Xiamen) Electric Co., Ltd is one of the most reliable manufacturers and suppliers of cnc machining equipment vmc gml-1375 in China. We warmly wlecome you to buy high quality cnc machining equipment vmc gml-1375 from our factory. Contact us for more details.
Feature
CNC machining equipment is an indispensable high-precision machine tool in modern manufacturing and is widely used in the fields of mechanical processing and mold making. They can adapt to the diversified processing requirements from rough processing to fine processing, and complete various processes such as milling, drilling, tapping, and boring. The design of CNC equipment usually includes a large chip removal angle, which can quickly clean up the chips and speed up the return speed of the cutting fluid, thereby keeping the processing area clean and reducing the processing error caused by chip accumulation. In addition, the powerful mechatronics application technology of CNC equipment, such as servo motors and precision transmission systems, significantly improves the response speed of the transmission chain and ensures the continuity and stability of the processing process. The application of this technology can eliminate pauses in the processing process and reduce non-cutting time, thereby improving production efficiency and processing quality. These characteristics of CNC equipment not only improve processing accuracy and surface finish but also greatly shorten the production cycle, bringing higher economic benefits to enterprises.
Machine Cutting Performance
Surface Milling | Steel 45# | Drilling Holes | Steel 45# | Tapping | Steel 45# |
Cutting depth |
| Cutter diameter |
| Tapping |
|
Cutter | Ø125mm*5T | Cutter | Ø80mm*2T | Cutter | M30*3P |
Spindle speed | 550rpm | Spindle speed | 80rpm | Spindle speed | 120rpm |
Feed | F500 | Feed | F100 | Feed | F420 |
Width | 80mm | Width | 80mm | Width | 50mm |
CNC Machining Equipment VMC Structural Characteristics

1. This CNC machine is optimized and designed through computer-aided design and manufacturing (CAD/CAM). It adopts a wide bed and column structure, is precision-casted using high-quality Meehanite resin sand technology, and has undergone multiple artificial aging treatments, with excellent shock absorption performance and overall rigidity.
2. The three axes use rectangular guide rails, designed as a triangular support structure, and are high-frequency quenched, with exquisite peripheral grinding technology.
3. Equipped with large-lead precision ball screws and precision bevel ball bearing preload devices to ensure feed accuracy and strong load-bearing capacity.
4. The contact-type rectangular guide friction pair, with Turcite-B wear-resistant plates on the panel, has excellent wear resistance after fine scraping.
5. With The wide bed and extended saddle design, the workbench can support the entire processing process and has a strong load-bearing capacity.
6. High-power servo motors are selected for driving, providing strong load-bearing capacity.
7. The fully enclosed electrical cabinet design is equipped with an air circulation system to effectively prevent dust, ventilation, and heat dissipation.
8. Control system: Adopt the Japanese FANUC-0I-MF digital control system. (Mitsubishi M80 system, Huazhong system, or other designated systems can be selected according to customer needs)
Tool System
The automatic tool changer is a key component of CNC machine tools. It consists of a tool magazine and a tool changer arm. This device is designed to improve machining efficiency and reduce machine downtime. To ensure machining accuracy, the automatic tool changer is usually installed separately from the machine tool to avoid its vibration from adversely affecting the machine tool's accuracy.
In terms of tool selection, the automatic tool changer adopts the shortest path fixed address method, which means that the system calculates the shortest path from the current tool position to the desired tool position. This method can reduce the time required for tool change, thereby improving overall production efficiency. All tools return to their original positions after use, which can avoid collision problems between tools.

Parameters
| Model | GML-1375 | ||
| Subject | Specifications | Units | |
| Travel | X/Y/Z axis | mm | 1300x750x600 |
Spindle Nose to Worktable | mm | 70-670 | |
Spindle Center to Column | mm | 785 | |
Three-Axis Guideway | / | X/Y Roller Linear Guideway & Z Box Way | |
| Worktable | Worktable Size (L*W) | mm | 1360x700 |
Maximum Table Load | kg | 1500 | |
T-Slot | mm | 5-18x122 | |
| Spindle | Spindle taper | type | BBT-50 |
Spindle speed | rpm | 6000 | |
Spindle Drive Type | / | Belt | |
| Feedrate | Rapid Traverse (X/Y/Z) | m/min | 20/20/10 |
Cutting Feedrate (X/Y/Z) | m/min | 10 | |
| Tool Changer | Automatic Tool Changer | / | ARM Type |
Type of Tool Shank | type | BT50 | |
Tool Storage Capacity | Piece | 24 | |
Max. Tool Diameter (Adjacent) | mm | 105 | |
Max. Tool Diameter (Empty) | mm | 200 | |
Max. Tool Length | mm | 350 | |
Max. Tool Weight | kg | 15 | |
Tool Change Time | sec | 4.9 | |
| Motor | Spindle Motor | kw | 15 |
Three-Axis Seiw Motor | kw | 3.0/3.0/4.5 | |
| Power Required | Power Requirement | kva | 25 |
Air Pressure Requirement | kg/cm² | 6^8 | |
| Others | External Dimensions (L*W*H) | mm | 3559x2965x2686 |
Gross Weight | t | 11 | |
Hot Tags: CNC machining equipment vmc gml-1375, China CNC machining equipment vmc gml-1375 manufacturers, suppliers, precision vertical machining center with rotary table, precision vertical machining center for production, precision vertical machining center for assembly, CNC Vertical Milling Machine Center GMP 1270, precision vertical machining center for milling, Vertical Machining CNC Mill Machine GMV 800






















