Ever wondered how modern factories achieve such precision and efficiency? This article explores the fascinating world of Computer Numerical Control (CNC) systems, revealing how they revolutionize manufacturing. Discover the key players in the industry and learn how these systems transform raw materials into intricate products with unmatched accuracy. Get ready to uncover the secrets behind the machines that shape our world!
Numerical Control System (NCS) is a shorthand for digital control system. It was developed in parallel with computers and is used to control automated processing equipment.
Initially, it was composed of electronic tubes and relay circuits to form a specialized controller with computational capabilities, known as Hardware Numerical Control (Hard NC).
After the 1970s, separated hardware electronic components were gradually replaced by computer processors with higher integration, known as computer numerical control systems.
Computer Numerical Control (CNC) system uses computer to control the machining function and achieve numerical control system.
Based on the control program stored in the computer memory, the CNC system executes partial or all of the numerical control functions, and is equipped with interface circuits and servo drive devices of the specialized computer system.
It controls the action of one or more mechanical equipment by using digital, textual, and symbolic numerical instructions, usually controlling mechanical quantities such as position, angle, speed, and switching.
The CNC (Computer Numerical Control) system has evolved significantly, incorporating advanced technologies to enhance precision, efficiency, and versatility in manufacturing processes. The core components of a modern CNC system include:
Program Storage and Processing Unit: This has progressed from early paper tape readers to sophisticated solid-state drives (SSDs) and cloud-based storage solutions. These units store and manage complex G-code programs and CAM-generated toolpaths.
Control Host: The system’s brain has transitioned from dedicated computers to powerful industrial PCs with multi-core processors, capable of real-time multi-axis interpolation and advanced motion control algorithms.
Human-Machine Interface (HMI): Touch-screen displays with intuitive graphical user interfaces (GUIs) have replaced traditional control panels, allowing operators to interact seamlessly with the machine.
Programmable Logic Controller (PLC): Modern PLCs integrate seamlessly with the CNC system, managing auxiliary functions, safety interlocks, and process monitoring. They offer modular expansion capabilities and support various industrial communication protocols.
Drive Systems:
Feedback Devices: Linear and rotary encoders, along with advanced sensor systems (e.g., load cells, accelerometers), provide real-time position, velocity, and force feedback for closed-loop control.
Network and Communication Interfaces: Ethernet-based fieldbus systems (e.g., EtherCAT, PROFINET) facilitate high-speed data exchange between CNC components and enable Industry 4.0 connectivity.
The shift towards software-centric architectures in CNC systems has revolutionized their capabilities and flexibility. This evolution offers several key advantages:
These advancements have made CNC systems more compact, reliable, and user-friendly while significantly expanding their functional capabilities. The integration of artificial intelligence and machine learning algorithms is further enhancing the autonomy and efficiency of CNC operations, paving the way for smart manufacturing environments.
In the current CNC machine tool market, several prominent CNC systems have emerged, each offering unique features and capabilities tailored to specific manufacturing needs.
FANUC Corporation of Japan stands as the global leader in research, design, manufacturing, and sales of Computer Numerical Control (CNC) systems. Their technological prowess has not only catalyzed the rapid evolution of CNC machine tools in Japan but has also significantly advanced CNC technology worldwide.
FANUC’s market dominance is a testament to their cutting-edge technological capabilities. In 1985, they introduced the groundbreaking 0 series CNC system, which has undergone continuous refinement and optimization. This series has gained substantial market share in China, largely due to effective promotion through Beijing FANUC Mechatronics Co., Ltd. FANUC CNC systems, originally developed by Fujitsu Corporation in Japan, have established a long-standing presence in the Chinese market.
The FANUC CNC product line encompasses several models, with the most prevalent being the FANUC 0, FANUC 16, FANUC 18, and FANUC 21 series. Among these, the FANUC 0 series has achieved particular prominence due to its versatility and performance. This series offers a range of control options, from basic 3-axis machining to complex 5-axis simultaneous control, catering to diverse manufacturing needs.
FANUC’s CNC systems are renowned for their high-speed processing capabilities, precision control, and robust reliability. They incorporate advanced features such as AI-based machining optimization, real-time monitoring, and predictive maintenance functionalities. These systems also support Industry 4.0 initiatives through seamless integration with automation systems and data analytics platforms, enabling smart manufacturing processes.
The company’s commitment to continuous innovation is evident in their latest CNC offerings, which feature enhanced user interfaces, improved energy efficiency, and expanded connectivity options. These advancements have further solidified FANUC’s position as the preeminent force in CNC technology, driving the global manufacturing industry towards greater efficiency and productivity.
The Siemens CNC system represents a cutting-edge solution in computer numerical control technology, designed to address a wide spectrum of manufacturing requirements. Its modular architecture enables exceptional scalability and seamless integration with diverse machine tool platforms, offering unparalleled flexibility in industrial applications.
This versatile system excels in both traditional and advanced machining environments. When implemented in standardized lathes and milling machines, it functions as a robust, drive-based CNC system, delivering precise control and enhanced performance. Alternatively, it can be deployed as a PC-based solution, providing advanced computational capabilities and user-friendly interfaces. By adopting the Siemens CNC system, manufacturers can significantly boost their operational innovation and competitive edge in the global market.
Complementing its CNC offerings, Siemens provides an extensive portfolio of world-class drive technology products. This comprehensive range includes high-performance inverters, precision motors, efficient reducers, integrated geared motors, advanced couplings, innovative hybrid drives, and sophisticated motion control systems. These components are meticulously engineered to cover all torque ranges, performance levels, and voltage requirements, ensuring optimal compatibility and performance across diverse industrial applications.
The Siemens CNC product line encompasses a series of advanced systems, each tailored to specific manufacturing needs:
Each SINUMERIK series is designed to address specific manufacturing challenges, providing tailored solutions that optimize productivity, precision, and efficiency across various industrial sectors.
Mitsubishi Electric Corporation, established in 1921, stands as a global leader in motor products and industrial automation solutions. With a workforce exceeding 100,000 employees worldwide, this Fortune Global 500 enterprise has consistently demonstrated its commitment to technological innovation and manufacturing excellence.
Driven by a global and future-oriented perspective, Mitsubishi Electric’s employees strive to be the premier partner for customers in the CNC (Computer Numerical Control) industry. Their unwavering dedication to continuous improvement ensures that Mitsubishi CNC systems remain at the forefront of machining technology, serving as powerful and reliable assistants to manufacturers across various sectors.
The Mitsubishi CNC product lineup encompasses a wide range of systems tailored to diverse manufacturing needs:
The flagship M700V series exemplifies Mitsubishi’s commitment to precision engineering. Featuring a cutting-edge nanometer control system, this high-end product line enables high-precision, high-quality machining operations. Its advanced capabilities include support for 5-axis simultaneous interpolation, making it ideal for processing workpieces with complex surface geometries in industries such as aerospace, medical device manufacturing, and precision mold making.
In 2015, Mitsubishi Electric introduced the next-generation M80 and M800 series CNC systems, designed to supersede the M70 and M700 series respectively. These new platforms incorporate enhanced processing power, improved user interfaces, and advanced features such as AI-driven machining optimization and IoT connectivity. The M800 series, in particular, builds upon the strengths of the M700V, offering even greater precision, faster processing speeds, and improved multi-axis control for tackling the most demanding machining applications in the era of Industry 4.0.
William Heidenhain established a precision metal etching workshop in Berlin, Germany in 1889, laying the foundation for what would become a global leader in metrology and motion control technology. Since the mid-1970s, HEIDENHAIN has evolved into a preeminent manufacturer of high-precision CNC systems and advanced drive technologies for machine tools.
HEIDENHAIN China upholds the company’s longstanding tradition of innovation and commitment to excellence, adapting global expertise to meet the unique demands of the Chinese manufacturing sector.
The TNC (Touch Numerical Control) system, featuring HEIDENHAIN’s proprietary conversational programming language, has become the de facto standard in the European mold and die industry, renowned for its user-friendly interface and powerful capabilities.
HEIDENHAIN offers a comprehensive portfolio of metrology solutions, including high-resolution absolute and incremental rotary encoders, precision linear scales, and ultra-accurate angle encoders. These devices are crucial for ensuring positional accuracy and repeatability in advanced manufacturing processes.
Their CNC systems for machine tools encompass a wide range of applications, from 3-axis milling machines to complex 5-axis mill-turn machining centers. The control systems boast an extensive feature set, including:
This versatility makes HEIDENHAIN CNC systems an ideal choice for diverse applications, from simple 3-axis milling to high-speed, high-precision 5-axis machining of complex components. The systems’ scalability and adaptability ensure they meet the evolving needs of modern manufacturing, from job shops to large-scale automated production facilities.
Bosch Rexroth stands at the forefront of industrial technology, delivering cutting-edge transmission and control solutions that prioritize safety, precision, efficiency, and cost-effectiveness across a diverse range of machinery and system equipment.
Leveraging its extensive global application expertise, Rexroth continually develops innovative products and tailors integrated solution systems to meet the specific needs of various sub-markets. These include mobile hydraulics for construction and agricultural machinery, industrial hydraulics for manufacturing applications, factory automation systems, and advanced solutions for renewable energy installations. This comprehensive approach ensures optimal performance and productivity across multiple industries.
Since its entry into the Chinese market in 1978, Bosch Rexroth has established a significant presence with state-of-the-art production facilities in Beijing, Wujin, and Xi’an. With a workforce of approximately 3,500 skilled employees, these facilities serve as key hubs for manufacturing, research and development, and customer support in the region.
REXROTH’s CNC (Computer Numerical Control) portfolio showcases the company’s commitment to advanced manufacturing solutions:
NUM pioneered CNC technology, developing its first system in the early 1950s, well before the widespread industry adoption in 1961. This groundbreaking system was introduced to the market in 1964, establishing NUM as one of the world’s earliest CNC system suppliers. This early innovation laid the foundation for NUM’s continued leadership in CNC technology.
NUM’s hardware production facility for CNC systems is strategically located in Italy, leveraging the country’s renowned precision engineering expertise. By maintaining in-house development and manufacturing of core CNC components, including drivers and motors, NUM ensures complete control over the quality and performance of its systems. This vertical integration enables NUM to continuously optimize and enhance the overall capabilities of their CNC solutions, responding rapidly to evolving industry needs and technological advancements.
The current NUM CNC product line encompasses a range of advanced systems, including the FS152i, FS153i, and FS192i series. Each system features a sophisticated control panel equipped with an integrated PC, offering various performance levels to suit diverse manufacturing requirements. This modular approach allows customers to select the optimal configuration for their specific applications, balancing processing power, axis control capabilities, and cost-effectiveness. The integration of PC technology within the CNC system facilitates advanced features such as real-time simulation, adaptive control algorithms, and seamless connectivity with factory automation systems, enhancing overall production efficiency and flexibility.
Fagor Automation, a subsidiary of the Mondragon Corporation—Spain’s 10th largest group company and the Basque region’s largest employer with over 74,000 staff—has established itself as a leader in CNC and measurement systems development and manufacturing.
With extensive R&D capabilities and a comprehensive product portfolio, Fagor Automation excels in delivering customized solutions that precisely meet client requirements. Their expertise spans from advanced software development to robust hardware integration, enabling them to address complex industrial automation challenges.
The Fagor CNC system, built on a foundation of powerful functional components, is engineered to equip and optimize a wide range of high-performance machine tools. It offers comprehensive industrial control solutions for sophisticated machining and turning centers, supporting multi-axis coordination, high-speed cutting, and precision control.
A standout feature of Fagor’s CNC system is its innovative dialogue programming interface. This user-friendly function significantly streamlines the programming process for small-batch production, reducing setup times and enhancing operational flexibility. The system’s high-speed processing capabilities, coupled with nanometer-level resolution control, underscore the advanced technological prowess of the machine tools it powers.
Furthermore, Fagor’s CNC solutions incorporate specialized functions tailored for specific applications, such as laser cutting machine tools. These purpose-built features optimize performance in niche manufacturing processes, ensuring maximum efficiency and precision across diverse industrial applications.
Yamazaki Mazak (China) Co., Ltd. serves as the Chinese headquarters for Yamazaki Mazak Corporation, overseeing all aspects of the company’s operations in China, including manufacturing, sales, and after-sales support. This strategic positioning ensures seamless integration of Mazak’s global expertise with local market demands.
MAZAK stands at the forefront of machine tool manufacturing, offering a comprehensive suite of advanced manufacturing solutions. Their portfolio encompasses multi-tasking machines, 5-axis machining centers, high-precision milling and turning centers, cutting-edge CNC systems, and state-of-the-art automation solutions. This holistic approach enables MAZAK to address the diverse needs of modern manufacturing environments, from aerospace to medical device production.
The 7th generation CNC system developed by MAZAK represents a significant leap in machining technology. It features a revolutionary software and hardware architecture designed to deliver exceptional high-speed processing capabilities, micron-level precision, and superior surface finish quality. The system’s advanced algorithms and real-time adaptive control mechanisms optimize cutting parameters on-the-fly, ensuring consistent performance across various materials and geometries.
Beyond its core functionalities, the 7th generation CNC system offers an intuitive, user-friendly interface that streamlines operation and process management. It incorporates advanced features such as AI-driven tool wear prediction, real-time thermal compensation, and intelligent collision avoidance. Moreover, the system’s open architecture and robust connectivity options make it fully compatible with Industry 4.0 principles, facilitating seamless integration into smart factory ecosystems. This enables manufacturers to leverage data analytics, predictive maintenance, and remote monitoring capabilities, paving the way for increased productivity, reduced downtime, and enhanced overall equipment effectiveness (OEE).
HNC CNC systems, developed with proprietary intellectual property, are categorized into high, medium, and low-end tiers, catering to diverse industrial needs.
Leveraging years of technical expertise and integrating research outcomes from three national key projects, the company has strategically positioned itself to compete with top-tier foreign CNC systems. This approach demonstrates HNC’s commitment to advancing domestic CNC technology to global standards.
The servo and spindle drive units, key components of HNC’s CNC systems, have achieved performance metrics that match international benchmarks. Notably, over a hundred indigenously developed five-axis linkage high-end CNC systems have been successfully deployed across critical sectors including automotive, energy, and aerospace industries. This widespread adoption in high-precision manufacturing environments underscores the systems’ reliability and advanced capabilities.
Expanding beyond general-purpose applications, HNC has engineered more than 60 specialized CNC system variants. These tailored solutions address the unique requirements of diverse industrial machinery, including textile equipment, woodworking tools, glass processing machinery, and injection molding systems. This extensive portfolio demonstrates HNC’s versatility in adapting CNC technology to optimize various manufacturing processes across different sectors.
Guangzhou CNC Equipment Co., Ltd. (GSK), founded in 1991, has evolved through phases of entrepreneurship, innovation, and technological advancement. As a pioneer in China’s high-tech sector, GSK has established itself as a leading provider of comprehensive intelligent manufacturing solutions, earning recognition as the cornerstone of the CNC industry in southern China.
GSK’s product portfolio encompasses a wide range of advanced manufacturing technologies:
By offering this diverse range of products and services, GSK provides clients with holistic intelligent manufacturing process solutions. These solutions are tailored to optimize production efficiency, enhance product quality, and drive digital transformation across various industries. GSK’s commitment to innovation and quality positions it at the forefront of China’s transition towards smart manufacturing and Industry 4.0 principles.
SYNTEC Corporation, founded in 1995, has established itself as a leading manufacturer of PC-based digital controllers for machine tools and industrial applications. With over two decades of dedicated focus on developing cutting-edge CNC systems and advanced hardware technologies, SYNTEC has successfully expanded its market presence across the Taiwan Strait and emerged as one of the most influential and promising controller brands in the Asia-Pacific region.
The company’s product portfolio encompasses a comprehensive range of CNC systems for lathes and milling machines, as well as sophisticated controllers for various industrial machinery. SYNTEC’s commitment to high-tech innovation, value-added applications, and exceptional after-sales service has earned them a reputation for reliability and customer satisfaction in the competitive machining industry.
In recent years, SYNTEC has broadened its technological scope beyond traditional machine tool controllers. The company has made significant strides in developing high-end spindle servo solutions, linear motors, and direct-drive motors, demonstrating its adaptability to evolving manufacturing trends and Industry 4.0 requirements.
SYNTEC’s current product lineup showcases its versatility and technological prowess, featuring:
This diverse range of offerings positions SYNTEC as a comprehensive solution provider in the modern manufacturing ecosystem, capable of addressing the complex needs of various industrial sectors.
Advantech LNC Technology Co., Ltd., established in October 2000 with an initial capital of NT$ 600 million, has grown into a significant player in the CNC (Computer Numerical Control) industry. With a workforce of 300-400 employees, the company has achieved remarkable success over the years.
Through persistent innovation and technological advancement, Advantech LNC has emerged as the leading CNC system brand in the Chinese region. Their comprehensive product portfolio encompasses a wide range of high-performance CNC systems and controllers, including:
This diverse range of products caters to various industrial applications, from precision machining and sheet metal fabrication to plastic processing and robotic automation. Advantech LNC’s systems are designed to enhance manufacturing efficiency, accuracy, and flexibility across multiple sectors.
The company’s success in becoming the premier CNC system brand in the Chinese market underscores its commitment to quality, innovation, and customer satisfaction. By continuously adapting to industry trends and technological advancements, Advantech LNC has positioned itself as a key contributor to the region’s industrial automation and smart manufacturing initiatives.
Beijing KND CNC Technology Co., Ltd. (KND), founded in 1993, is a leading high-tech enterprise specializing in the research, development, manufacturing, distribution, and servicing of advanced CNC systems and industrial automation solutions. With nearly three decades of expertise, KND has established itself as a prominent player in the precision manufacturing sector.
The company’s extensive product portfolio encompasses a diverse range of CNC systems, including multiple series tailored for various industrial applications. KND has successfully developed and launched an array of specialized machine controllers, servo drives, motors, and complementary products. This comprehensive offering is designed to address the complex and varied requirements across the machine tool industry, catering to applications such as:
KND’s cutting-edge solutions integrate advanced motion control algorithms, real-time processing capabilities, and user-friendly interfaces, enabling manufacturers to achieve higher precision, improved efficiency, and enhanced productivity. The company’s commitment to innovation is evident in its continuous development of adaptive control systems, which optimize machining parameters in real-time based on sensor feedback and machine learning algorithms.
By offering a wide spectrum of products and customizable solutions, KND empowers its customers with the flexibility to select the most suitable CNC technology for their specific manufacturing needs. This customer-centric approach, combined with KND’s robust after-sales support and service network, ensures that clients can maximize the potential of their CNC investments and stay competitive in the rapidly evolving manufacturing landscape.
Shanghai Lynuc CNC Technology Co., Ltd. is a cutting-edge enterprise that seamlessly integrates research and development, manufacturing, sales, and service in the field of advanced CNC systems. The company’s core focus lies in developing high-performance CNC systems, innovative intelligent software solutions, and the synergistic integration of CNC equipment with linear motor technology.
The LYNUC CNC system has established itself as a leader in five-axis and five-linkage CNC systems, as well as linear motor control. Through continuous innovation driven by market demands, the company has expanded its product portfolio and enhanced system performance to meet the evolving needs of modern manufacturing.
The versatility and superior control capabilities of the LYNUC CNC system are evident in its wide-ranging applications across various machine tool platforms. Notable implementations include:
This diverse application spectrum demonstrates the LYNUC CNC system’s adaptability, precision, and advanced control algorithms, capable of handling complex geometries, high-speed machining, and multi-axis synchronization across various industrial sectors.
HAAS demonstrates an unwavering commitment to delivering a robust and reliable CNC system that seamlessly integrates with their machine tools. The HAAS CNC system is custom-engineered for HAAS machine tools, undergoing continuous optimization without reliance on third-party NC suppliers. This approach ensures perfect synergy between the control system and the machine, maximizing performance and reliability.
Building upon decades of industry-wide efforts to develop cutting-edge CNC system hardware and software, the new generation of HAAS turning centers incorporates advanced innovations that push the boundaries of machining capabilities. These enhancements reflect HAAS’s dedication to staying at the forefront of CNC technology.
To achieve precise and fluid motion control, all axes of the HAAS turning center utilize state-of-the-art digital servo motors coupled with high-resolution encoders. This combination provides exceptional positioning accuracy and smooth movement, critical for high-precision turning operations. Furthermore, HAAS has implemented significant advancements in both software algorithms and motor control strategies, resulting in remarkable improvements in overall machine tool performance.
These technological enhancements translate to tangible benefits for users, including:
By continuously refining their CNC system, HAAS ensures that their turning centers remain at the cutting edge of machining technology, providing users with a competitive advantage in today’s demanding manufacturing landscape.
The DELTA CNC system solution is engineered to optimize critical performance indicators of machine tools, including cutting speed, dimensional accuracy, and surface finish quality. This advanced system delivers consistent and reliable machining performance, particularly excelling in high-speed tapping and intricate carving operations. Its capabilities make it an essential tool for precision mold production and the efficient machining of complex mechanical components.
At its core, the DELTA CNC system incorporates high-performance motion control algorithms, ensuring smooth and precise tool paths even at elevated feed rates. The system’s rich human-machine interface (HMI) offers intuitive operation and real-time process monitoring, enhancing operator efficiency and reducing the learning curve. Its robust architecture provides exceptional stability, crucial for maintaining tight tolerances in high-speed cutting applications across various materials.
The system’s modular design philosophy allows for flexible configuration and seamless integration with diverse machine tool platforms. This adaptability simplifies installation, maintenance, and future upgrades, reducing downtime and total cost of ownership. DELTA’s CNC solutions cater to a wide spectrum of industrial machinery, from sophisticated milling centers and precision lathes to specialized automation equipment.
To address varied manufacturing requirements, DELTA has strategically developed four distinct CNC system product lines:
Each product line is fine-tuned to deliver optimal performance in its intended application, ensuring manufacturers can select the most suitable CNC solution for their specific production needs.
Beijing Jingdiao CNC System is an open-architecture numerical control platform that aligns with industry-standard protocols and interfaces. Its core principles and operational framework are largely consistent with other prominent CNC systems, ensuring a high degree of compatibility and familiarity for operators accustomed to widely-used domestic CNC platforms. This compatibility extends to both fundamental functionalities and human-machine interface (HMI) interactions, facilitating seamless integration into existing manufacturing environments.
Architecturally, the Beijing Jingdiao CNC system is built on a PC-Based framework, leveraging an embedded industrial control computer running on the Windows XP Embedded operating system. This robust foundation provides a stable, real-time processing environment essential for precision machining operations.
The system utilizes En3D as its primary CNC software suite, which is optimized for high-speed machining applications, particularly those involving micro-cutting tools. This specialization makes it exceptionally well-suited for industries such as precision mold making, medical device manufacturing, and aerospace component production. The Beijing Jingdiao system distinguishes itself in the Chinese market with its advanced capabilities in multi-axis synchronization, offering up to 5-axis simultaneous interpolation for complex contour machining.
Furthermore, the system incorporates cutting-edge features in in-machine measurement and machine vision technologies. These integrated quality control functionalities enable real-time part inspection and adaptive machining, significantly enhancing production efficiency and part accuracy. The combination of high-speed processing, multi-axis control, and in-situ measurement positions the Beijing Jingdiao CNC system at the forefront of smart manufacturing initiatives in China, supporting the industry’s transition towards more automated and intelligent production processes.
Dalian Guangyang Science and Technology Group stands as a leading enterprise in China’s intelligent manufacturing and high-end CNC sectors. The group comprises advanced technology companies, including Guangyang Technology and Kede CNC, positioning itself at the forefront of industrial innovation.
The group’s product portfolio encompasses a comprehensive range of cutting-edge manufacturing solutions. These include high-precision five-axis linkage CNC machine tools, accompanied by their proprietary high-end CNC systems. The offering extends to critical functional components, advanced sensing and detection devices, and high-efficiency permanent magnet synchronous motors. Additionally, the group produces essential CNC products such as robust cast iron bed bodies, sophisticated automated hydraulic systems, and fully integrated digital production lines.
In the realm of intelligent manufacturing, Dalian Guangyang excels with its industrial field controllers and industrial Internet of Things (IIoT) big data platforms. These technologies enable seamless connectivity and data-driven decision-making in manufacturing environments. The group also provides flexible manufacturing services, adapting to the diverse needs of modern industrial production.
A standout product in their lineup is the Dalian Guangyang GNC62 CNC system. This advanced control system utilizes the GLINK high-speed CNC fieldbus, operating on a 100Mbps fiber optic medium. This configuration ensures exceptional real-time point-to-point transmission capabilities, crucial for high-precision machining operations. The system’s multi-axis linkage and multi-channel control technology represent state-of-the-art advancements in CNC functionality.
The GNC62 system boasts impressive scalability and performance metrics. It can effectively manage up to 8 independent channels while simultaneously controlling and synchronizing up to 128 axes. This level of multi-axis coordination is essential for complex machining tasks in aerospace, automotive, and other high-tech manufacturing sectors. Furthermore, the system supports dual-axis synchronous drive control, enabling precise coordination between paired axes for enhanced accuracy in operations such as gantry machining or dual-spindle turning.
The high-speed and high-precision control functions of the GNC62 system make it particularly suitable for demanding applications where micron-level accuracy and rapid processing speeds are paramount. These capabilities position Dalian Guangyang’s technology at the cutting edge of modern CNC systems, meeting the exacting requirements of advanced manufacturing processes in the global market.
Shenyang Zhongke CNC Technology Co., Ltd. specializes in the development, production, and distribution of advanced manufacturing technologies, including Computer Numerical Control (CNC) systems, servo drive technology, information systems, robotics, intelligent automation, and digital factory solutions.
The company’s mission centers on independent innovation and achieving the optimal integration of CNC technology with mechanical systems. Their goal is to establish themselves as an industry leader in the CNC sector and a premier provider of comprehensive CNC technology solutions.
The LT CNC system product line encompasses a range of sophisticated control systems:
1. Multi-axis CNC systems:
2. Servo drive systems:
3. Complementary components:
These integrated systems are engineered to enhance machining accuracy, improve production efficiency, and facilitate the implementation of smart manufacturing processes across diverse industrial sectors.
As the founder of MachineMFG, I have dedicated over a decade of my career to the metalworking industry. My extensive experience has allowed me to become an expert in the fields of sheet metal fabrication, machining, mechanical engineering, and machine tools for metals. I am constantly thinking, reading, and writing about these subjects, constantly striving to stay at the forefront of my field. Let my knowledge and expertise be an asset to your business.
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