Advanced GSK 25iMC CNC System for Precision Boring and Milling

Product Description

Product Description

The 25iMC Series represents the pinnacle of innovation in CNC systems. This cutting-edge CNC system encapsulates the latest advancements, delivering unparalleled performance and reliability. With its robust functionality, ease of operation, and versatile applications, it stands as a testament to modern engineering excellence.

Equipped with a state-of-the-art CNC controller, the system ensures lightning-fast data processing and exceptional stability. Its advanced control functions support multi-axis linkage and bus control, achieving remarkable speeds and precision. The integration of absolute encoder technology further enhances its overall capabilities.

Advanced 25iMC CNC System for Precision Boring and Milling
High Performance Control System
💡 Industry-Leading Standards

Recognized as a significant achievement in national science and technology development, this series signifies a milestone in technological advancement. It has been extensively integrated into various key industries including automotive manufacturing, energy, power, hardware molds, and the 3C sector. It provides top-notch motion control and process solutions, significantly enhancing manufacturing efficiency and precision.

⚡ Adaptive Feed Rate Control

Features innovative adaptive control of the feed rate, specifically tailored for five-axis side edge machining. This intelligent control system dynamically adjusts speeds based on processing conditions to optimize results and protect machinery.

Adaptive Feed Rate Control
Pitch Compensation Features
⚙️ Precision Pitch Compensation
  • Easily load the REN file for the desired axis with a single click, swiftly setting pitch compensation parameters and writing data.
  • Users can effortlessly execute one-key incremental loading, facilitating precise correction and compensation according to specific needs.
  • Zero operation of pitch compensation parameters and data is achieved, effectively eliminating manual errors and ensuring impeccable data accuracy.
🔄 Optional 5-Axis Machining with RTCP

This system supports an impressive 8-axis and 5-linkage configuration, accommodating diverse five-axis machine structures. It is ideal for processing complex multi-axis components like aeroengine and steam turbine blades. Advanced features include five-axis RTCP (Tool Center Point Control), inclined plane (3+2 positioning), tool path fairing, adaptive control, and hand pulse insertion, fulfilling a wide array of multi-axis processing and quality demands.

5-Axis Machining with RTCP
Technical Features
Axis Control Function Specification
Axis Control Features
Maximum Number of Control Axes 8 feed axes plus 2 servo spindles
Number of Linkage Axes 4-axis linkage
5-axis linkage
Controlled PLC Axes Up to 8 axes
Synchronous Control of Feed Axis Up to 4 groups
Closed Loop Control Support incremental, absolute encoder or grating ruler
Minimum Instruction Unit Minimum instruction unit IS-B 0.001mm 0.0001inch 0.001°
Minimum instruction unit IS-C 0.0001mm 0.00001inch 0.0001°
Minimum Detection Unit Minimum instruction unit IS-B 0.001mm 0.0001inch 0.001°
Minimum instruction unit IS-C 0.0001mm 0.00001inch 0.0001°
Maximum Instruction Value +999999.9999mm / +99999.9999inch / +999999.9999°
Maximum Feed Speed Maximum feed speed 200m/min
Automatic Acceleration/Deceleration Linear before interpolation, S-curve acceleration/deceleration, jerk control
High-speed and High-precision Machining G05 high-speed small line segment look-ahead interpolation, path smoothing, and up to 1000 look-ahead and read-ahead segments
5-Axis Control Function (Optional)
RTCP Function Tool center point control G43.4
Inclined Surface Machining Five-axis positioning (3+2) machining G68.2
Five-axis Manual Feed Manual feed in tool axis, right angle direction of tool axis and rotation direction of tool center point
Programming Function
Program Format ISO instruction standard, program name: 0+4 digits, segment number N+5 digits, G+3 digits, coordinate value IP: 6 digits before the decimal point and 4 digits after; S+5 digits, T+3 digits, M+3 digits, F+6 digits before the decimal point and 4 after.
Interpolation Function 48 groups of basic coordinate system G52-G59 and additional extended coordinate system (G54.1)
Workpiece Coordinate System 48 groups of basic coordinate system G52-G59 and additional extended coordinate system (G54.1)
Tool Compensation C tool compensation function. 400 sets of tool compensation
Programming Function More than 100 G instructions in total, including 12 common fixed cycles, 19 special fixed cycles and compound cycles, face milling, coordinate system rotation, scaling, mirroring, automatic tool length measurement, tool center point control, and inclined surface machining commands. Subroutine calls: 4; user macro program: type B.
Program Storage 4G Memory, up to 400 programs
Reference Point Function G27 returns to reference point check; G28 returns to reference point; G29 returns from the reference point; G30 returns to reference points 2, 3 and 4.
Skip Function G31 skip function for tool and workpiece measurement
Programmable Control Function Programmable stroke limit (G22 and G23), programmable data input (G10)
Applications
Frequently Asked Questions
❓ 1. What is the maximum number of axes controlled by this CNC system?
The system can control a maximum of 8 feed axes and 2 servo spindles, with support for up to 8 PLC-controlled axes simultaneously.
❓ 2. Does this series support 5-axis simultaneous machining?
Yes, it features optional 5-axis control capabilities including 5-axis linkage, RTCP (Tool Center Point Control G43.4), and inclined surface (3+2 positioning) machining.
❓ 3. What industries are the system primarily used in?
The controller is widely integrated within automotive manufacturing, energy production, power generation facilities, hardware mold processing, and the 3C electronics manufacturing industry.
❓ 4. How does the one-click pitch compensation feature benefit operators?
It allows users to quickly load the REN file to set parameters and write data in a single step, minimizing manual entry processes and eliminating operator errors.
❓ 5. What are the high-speed and high-precision machining advantages of this system?
It utilizes G05 look-ahead interpolation, path smoothing, and a buffer of up to 1000 look-ahead/read-ahead segments, enabling high-speed processing with exceptional precision.
❓ 6. What kind of closed-loop control feedback does it support?
The system fully supports incremental encoders, absolute encoders, and grating rulers to ensure high-accuracy closed-loop position feedback.

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