High-Accuracy Vertical Machining Center GSK CNC Control System High Quality High Precision Milling Lathe

This high-precision vertical machining center adopts the GSK CNC system, which is intelligent and stable in operation, and can achieve precise and complex milling, drilling and tapping. The machine body is strong in rigidity, equipped with precision guide rails and spindles, and the machining accuracy can reach 0.005mm, which is suitable for the production of molds, precision parts and other high-quality requirements. With high efficiency and strong durability, it is a reliable choice for the machining industry.

Product Advantages

1. Ultra-high precision: using precision guide rails and spindles, the processing accuracy reaches 0.005mm, suitable for high-demand parts.

2. Intelligent and easy to use: GSK CNC system is simple to operate and easy to program, and novices can quickly get started.

3. Strong rigidity: solid body design, stable cutting, suitable for high-intensity processing, not easy to deform.

4. First-class efficiency: automatic tool change, high-speed cutting, greatly improve production efficiency, save time and effort.

5. Durable: high-quality materials and processes, low failure rate, long-term use is still accurate and reliable.

6. Wide application: molds, aviation parts, precision machinery, etc. can be made, one machine for multiple uses is more cost-effective.

Product Uses

1. Precision mold manufacturing: Processing precision injection molds for mobile phone cases, home appliances, etc., with smooth surfaces and precise dimensions.

2. Aerospace parts: Cutting aircraft aluminum parts and titanium alloy parts to meet aviation-grade precision requirements.

3. Auto parts: Producing key parts such as engine cylinders and gearbox gears with stable and reliable quality.

4. Medical equipment processing: Making surgical instruments, artificial joints, etc., in line with medical-grade hygiene standards.

5. Metal parts for electronic products: Processing 5G base station parts, heat sinks, etc., suitable for small parts with high precision.

6. Scientific research instrument parts: Making precision parts for experimental equipment with extremely small errors and more accurate scientific research.

Product Operate Guide

1. Start-up preparation: Check whether the lubricating oil and air pressure are normal, and clean the workbench to ensure that there is no interference from debris.

2. Install the tool: Select the appropriate tool according to the processing requirements, load it into the tool magazine and confirm that it is firmly clamped.

3. Fix the workpiece: Use a clamp or a pressure plate to firmly fix the material on the workbench to prevent displacement.

4. Program input: Import or write the processing program through the GSK system and set the cutting parameters.

5. Automatic processing: After starting the program, the equipment automatically completes milling, drilling and other processes without manual intervention.

6. Completion processing: Clean the chips in time after shutting down, maintain the guide rails and spindles, and maintain the accuracy of the equipment.