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CATEKCNC
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    CATEK CNC® Sistema de torno CNC para madeira desenvolvido internamente

    Potencializando a modernização da automação na indústria de manufatura com inteligência minimalista.

    Desde a sua criação, CATEKCNC has been committed to advancing the automation and intelligent development of the manufacturing industry. Traditional CNC systems, due to their complex programming logic and high learning costs, have held back a large number of labor-dependent manufacturing enterprises in the face of automation transformation—seriously hindering the enterprises’ intelligent progress. To truly make CNC technology accessible to more practitioners, CATEK established a dedicated CNC system R&D team in 2013. Relying on over 10,000 hours of accumulated on-site installation and training experience, as well as continuous user research, the team took "intelligent operation + minimalist learning" as its core R&D concept and pioneered the launch of the 1000-TC series CNC wood lathe system. By 2025, CATEKCNC has always adhered to a "user-centric" approach: through continuously listening to user feedback to optimize system functions, it has built a dynamically iterative technology evolution system. After 23 system program version updates, a comprehensive revolution has been achieved from drawing programming to machine operation—even novices with no CNC experience can quickly master basic operations, completely breaking down the usage threshold of CNC technology.

    Two Innovative Designs: Making "Zero-Threshold" Operation a Reality

    Software inovador de projeto auxiliar: reduzindo significativamente a dificuldade de projeto.

    O software auxiliar de projeto, perfeitamente compatível com a série 1000-TC, revolucionou os processos de projeto tradicionais. Ao contrário dos softwares CAD tradicionais, que exigem conhecimento especializado e operações complexas, os operadores que utilizam este software auxiliar não precisam dominar habilidades profissionais de projeto: basta inserir as dimensões principais de cada seção do produto a ser processado (como comprimento, diâmetro e formato), e o software gera automaticamente desenhos de processamento padronizados. Após importar os desenhos para o sistema CNC, os operadores podem iniciar a produção automatizada simplesmente definindo os parâmetros de processamento — concretizando verdadeiramente o conceito de "projeto fácil mesmo sem experiência prévia".

    Built-in System Macro Program: Start Machining Immediately After Drawing Import

    The 1000-TC system is equipped with a built-in macro program for "automatic G-code conversion," which fundamentally simplifies the programming process: operators only need to import the design drawings, combine the system’s built-in process parameters, and set parameters such as cutting layers, grooving depth, and feed rate according to material characteristics and processing requirements. The macro program will then automatically convert the drawings into G-code required for CNC machining, and machining can be started immediately after the conversion is completed. The entire process requires no professional personnel to write post-processing programs, and even eliminates the tedious steps of manual code debugging.

    Entretanto, o sistema é totalmente compatível com desenhos e códigos exportados pelos principais softwares CAD/CAM (como PowerMill e AutoCAD). As empresas de manufatura não precisam substituir seus softwares de projeto existentes — elas podem obter uma integração perfeita com o sistema. CATEK CNC sistema e iniciar rapidamente a produção automatizada.

    CATEKCNC-1000TC CATEKCNC-980TC

    CATEKCNC Sistema de controle

    Leveraging 12 years of iterative upgrades in control systems, the CATEK CNC system has developed three core advantages: "controllability, reproducibility, and optimizability," while achieving three key performance metrics: "high precision, high efficiency, and high consistency." Its performance has been refined to near perfection.

    Vantagens e recursos

    • Alta precisão de processamento: The system is equipped with built-in high-precision position loop and speed loop algorithms. The positioning accuracy of the feed axis is controlled within ±0.001mm, and the repeat positioning accuracy reaches ±0.005mm1. This enables stable machining of various precision workpieces, fully meeting the requirements of high-precision manufacturing.

    • Alta eficiência de processamento: Through the optimization of G-code operation and automated linkage, redundant code is significantly reduced. It supports direct import of CAD drawings; after setting processing parameters, G-code is automatically generated without manual writing, thus significantly improving processing efficiency.

    • Integração multiprocesso: It integrates 6 workpiece coordinate systems (G54-G59), allowing continuous machining of 6 drawings at one time and realizing automatic switching of multiple processes such as turning, milling, drilling, grooving, and polishing. A single device can complete the full-process machining of complex workpieces without multiple clamping or switching between machines with different functions, reducing the turnover time of the process flow by more than 70%2.

    • Strong Processing Consistency: The debugged processing parameters can be saved in the system for repeated calling, ensuring that the machining process of each batch of parts is completely consistent. The error of mass-produced products is controlled within ±0.05mm.

    • Carregamento e descarregamento automatizados: Through the linkage of the control system with the automatic feeding device, the full-process unattended operation of "automatic feeding → machining → finished product unloading" is realized, and the machine stops automatically when materials are exhausted. A single operator can manage more than 5 devices, reducing labor costs by more than 80%3.

    • Intelligent Fault Early Warning: O sistema está equipado com módulos integrados para detecção automática de código G e monitoramento de anormalidades do servoacionador/servomotor; cada eixo possui um interruptor de limite fotoelétrico. Em caso de problemas como erros de código G, anormalidades no acionamento ou sobrecurso durante a operação, a máquina irá parar automaticamente e emitir um aviso, e a interface exibirá simultaneamente a causa da falha, reduzindo o tempo de diagnóstico em mais de 60%.4.

    • Parametric Operation: Processing parameters can be set by directly entering numbers, without the need to record complex codes. The system has built-in automatic setting parameters for various processes such as turning, milling, and grooving. Through parameter settings, the conversion from 2D drawings to 3D machining can be directly realized, enabling combined machining processes such as 360° rotating grooving, linear grooving, and planing. For workpieces requiring large cutting depth, by setting the number of layered machining passes, automatic layered cutting of large-diameter workpieces can be achieved without manual layered programming via CAM software.

    • Visual Human-Machine Interface: The graphical operation interface allows new operators to master it proficiently within 2-3 hours5. It supports the handwheel simulation function before machining, which enables pre-verification of tool paths and programs, avoiding equipment damage caused by misoperation.

    • Strong Function Expandability: The standard configuration supports the 4-axis linkage function. When expanding functions, only the function kits need to be connected to the CNC system, and different functions for system can be unlocked via program upgrades. Functions can also be expanded by upgrading, modifying, or rewriting the PLC program through the USB interface—no system replacement is required.

    • Highly Integrated Hardware Modules: A unidade de controle principal integra a CPU, a placa de controle e os módulos de E/S, reduzindo o atraso na transmissão de sinais, minimizando interferências e falhas e proporcionando uma melhor velocidade de resposta.

    • Multi-Scenario Function Integration: It is equipped with dual modules: PLC and NC. The NC module is responsible for core control functions such as system display, communication, editing, decoding, interpolation, and acceleration/deceleration; the PLC module handles ladder diagram interpretation, execution, and input/output. It supports statement-style macro code programming and automatic calling of macro programs with parameters, realizing the transition from single-program machining to automatic integrated multi-task machining.

    • Coordinated Control of Software and System Algorithms: It deeply integrates motion control, PLC logic, and process optimization algorithms. The collaboration of multiple algorithms improves machining efficiency and precision, and optimizes the overall production process.

    • Interação integrada homem-máquina: Ele suporta operação totalmente offline e integra funções como configuração de parâmetros, monitoramento de status, diagnóstico de falhas e chamada de programas — sem necessidade de alternar entre softwares. Suporta conexão direta com os principais softwares CAD/CAM; os códigos gerados podem ser importados via USB sem conversão de formato intermediária.

    • Multi-Axis Linkage Operation: It supports 4-axis linkage (X, Y, Z, A axes). With unique acceleration/deceleration control and interpolation algorithms, it achieves high-speed, high-precision, and high-reliability operation, with a single-axis control precision of ±0.001mm.

    • Compatibility with Multiple Machine Types: The 1000TC model is compatible with various CNC wood lathes (2-axis, 3-axis, 4-axis, etc.). It supports the expansion of functions such as spindles, saw blades, sanding devices, automatic tool changers, and loading/unloading, meeting the needs of diversified production scenarios.

    CATEKCNC has always adhered to the "user-centric" philosophy. Not only does it independently develop high-performance CNC wood lathe systems, but it also collaborates deeply with globally leading CNC system and electrical brands. With comprehensive adaptability, it empowers Spire CNC woodworking machinery and supports the design, development, and expansion of various customized software and hardware functions. Whether you have specific brand preferences or not, the Spire Série personalizada de ponta Oferece soluções exclusivas e personalizadas.

    Richauto DSP

    RichAuto

    The core advantage of choosing the Ruizhi Tianhong DSP Handle lies in its ability to significantly enhance the stability, production efficiency, and operational convenience of CNC equipment. It adopts a DSP chip, which ensures high-speed computing and stable control, while also providing effective anti-interference capability—making it suitable for harsh industrial environments. The handle supports full offline operation and is equipped with a file pre-check function to prevent machine crashes caused by program errors. Compatible with various CAD/CAM software, it brings you improved advantages in high reliability, high production efficiency, and operational convenience.

    Vantagens e recursos

    • Excelente operação e usabilidade offline: Com um design portátil e tela LCD, oferece operação simples e suporte para alternância entre chinês e inglês, permitindo uma operação intuitiva e flexível. Todas as operações podem ser concluídas sem a necessidade de um computador. Equipado com uma interface USB, suporta múltiplos métodos de transferência de arquivos para facilitar a transmissão de programas. A memória interna pode armazenar vários arquivos de usinagem; alternar entre eles requer apenas a chamada direta dos arquivos internos, economizando tempo.

    • Ampla compatibilidade com controle de movimento: It supports various 3-axis, 4-axis, and 5-axis CNC machines as well as multi-axis linkage operation. Compatible with standard G-code and commands in PLT format, it works with all types of CAD/CAM software. It also has file pre-check capability, which can predict machining time and detect file format errors. The Model B47 further supports machining path preview, provides multiple workpiece coordinate systems, and recognizes T-code to realize the automatic tool change function—facilitating the machining setup of complex workpieces.

    • Strong Anti-Interference and Reliability: Com forte capacidade anti-interferência, está equipada com proteção contra desligamento e função de memória de ponto de interrupção. Isso permite que a máquina retome a usinagem do ponto de interrupção mesmo após interrupções inesperadas, melhorando a tolerância a falhas operacionais.

    • Backup de parâmetros e alerta antecipado de segurança: Oferece funções de backup e restauração de parâmetros para evitar a perda de configurações causada por operação incorreta do usuário, garantindo a segurança e a confiabilidade das configurações do sistema. Além disso, está equipado com um sistema de detecção e alarme de segurança para garantir a segurança operacional e prevenir riscos potenciais durante a operação da máquina.

    Syntec 60CA Syntec 60WE

    Sintec

    The core advantage of the Syntec CNC System lies in its outstanding control capability and powerful customization capability. It features excellent motion control performance, supporting precision machining such as 5-axis RTCP, and provides dedicated optimization solutions for fields like lathes and milling machines. Choosing Syntec means choosing a highly open control system with strong control capabilities; it offers development and control capabilities beyond standard control, making it the preferred choice for mid-to-high-end users!

    Vantagens e recursos

    • Experiência de operação amigável ao usuário: The Syntec system is equipped with a large-size display and provides multi-language operation interfaces. It supports functions such as graphical simulation and machining time prediction, and boasts the advantages of simplicity, convenience, and ease of learning. It supports multiple operation modes including MDI/JOG/handwheel, and is compatible with various extended functions (e.g., drill bank, 4th rotary axis, automatic loading and unloading platform, automatic labeling system). As a commonly used system for CNC woodworking machinery, it can accurately adapt to wood processing technologies such as cutting, engraving, and milling. It ensures smooth cutting edges and clear engraved patterns, effectively reducing issues like edge chipping and burrs during wood processing.

    • Distinct Advantages in Cost-Effectiveness and Performance: Compared with well-known international CNC systems, the Syntec system delivers comparable performance while featuring a more advantageous price point, making it one of the high-quality choices for users with limited budgets seeking CNC upgrades. Additionally, it has a complete product lineup that supports various types of CNC machines. CNC machines equipped with the Syntec system offer high precision and high speed. The control system can achieve smooth motion control at high feed rates through intelligent functions such as corner deceleration, reducing contour machining deviation and ensuring smoother and more natural machining lines. Finished products after machining can be used without excessive secondary processing, saving subsequent processes.

    • Funções de suporte à usinagem: O sistema permite a articulação de 3, 4 e 5 eixos, bem como a articulação multieixos, possibilitando o controle preciso do movimento de cada eixo. Além disso, oferece funções auxiliares básicas, porém essenciais, para usinagem, incluindo configuração do sistema de coordenadas, compensação do comprimento da ferramenta, calibração automática da ferramenta e controle da velocidade do fuso. Para roteadores CNC com funcionalidade de troca automática de ferramentas, o sistema Syntec controla com precisão as trocas automáticas de ferramentas para realizar usinagem contínua em múltiplos processos. Com tempos de troca de ferramentas reduzidos e posicionamento preciso, ele aprimora a continuidade da usinagem em tarefas complexas com múltiplos processos.

    • Função de autodiagnóstico de falhas: It offers functions such as breakpoint recovery and fault detection. Equipped with a built-in diagnostic module, it can perform real-time monitoring of its own hardware status, voltage, control chip temperature, and communication links. It can also check for potential faults in external equipment, such as the status of limit switches for each axis of the machine tool and spindle abnormalities. Once a problem is detected, the system will automatically issue an alarm and display fault codes and brief descriptions on the screen, facilitating maintenance personnel to quickly locate the cause of the fault.

    • Software e compatibilidade: O sistema Syntec permite integração perfeita com diversos softwares de projeto e programação CAD/CAM convencionais do mercado, como Mastercam, UG, Artcam, Powermill e Function360. Ele suporta arquivos G-code e NC-code em vários formatos. Além disso, o controlador Syntec possui soluções de acionamento integradas para muitos sistemas servo internacionais renomados (por exemplo, Yaskawa, Delta), que podem ser rapidamente integradas ao sistema, simplificando a depuração.

    LNC sistema.

    LNC

    Com sua excepcional capacidade de abertura e integração, poderoso desempenho de controle de movimento, soluções inteligentes inovadoras e alta relação custo-benefício, o LNC CNC System endows equipment manufacturers with a high degree of customization rights. The system also features advanced functions such as multi-axis linkage control and high-speed & high-precision machining, effectively ensuring machining efficiency and quality. Choosing the LNC O sistema CNC oferece espaço flexível para expansão e modernização da manufatura inteligente, proporcionando benefícios abrangentes como redução de custos, melhoria da qualidade e aumento da eficiência. É especialmente indicado para usuários focados em inovação, personalização e modernização inteligente.

    Vantagens e recursos

    • Easy to Learn & Wide Machine Compatibility: The interface has a reasonable layout and clear function divisions, supporting multi-language display. It supports operation via keyboard and mouse, as well as touchscreen. The main screen intuitively displays key content such as machining file information and system operation modes. Its operation logic conforms to daily usage habits—after simple training, operators can proficiently master common operations such as machining program editing and parameter adjustment, greatly shortening the adaptation period for new users. The system supports various types of CNC routers and CNC wood lathes, and is compatible with a variety of multi-functional CNC equipment. It can perfectly adapt to both functions such as automatic loading/unloading and automatic tool change, and configurations such as drill bank and 4th rotary axes.

    • Funções avançadas, inteligente e eficiente: O processo de LNC control system integrates a variety of intelligent functions including restoring from power off, automatic tool setting, and fault detection. It also supports file transfer via USB flash drive. The system version designed for CNC routers is compatible with mainstream nesting software (such as Yunxi and E-Wood) to achieve seamless connection. Meanwhile, it is equipped with a tool management function that can cooperate to complete automatic tool change operations. Supporting functions like tool setting and tool length compensation, it meets the demand for rapid tool change during multi-process machining, effectively reducing downtime.

    • Multiple Safety Protection Mechanisms: Equipped with dual protection for both physical and data security, the emergency stop response time is <20 ms. It features both software limit and hardware limit protections, capable of halting motion within 0.05 mm in case of tool overtravel to ensure machine safety. The system supports diagnostic logic for various common faults and performs an automatic self-check of the entire machine upon startup, guaranteeing smooth and secure operation during the machining process.

    • Capacidade de controle multieixos: It supports 3-axis, 4-axis, and 5-axis linkage, as well as the RTCP (Rotation Tool Center Point) function, enabling synchronous motion control of each axis. When this system is adopted in 5-axis CNC wood lathes, it can further support helical interpolation and tilting machining functions. In wood processing scenarios, it can complete operations such as inclined surface milling, drilling, and grooving, significantly reducing manual intervention—making it suitable for processing various complex wood furniture accessories. In addition, the system supports the expansion of I/O points, which can meet the control needs of various woodworking machinery for complex peripheral devices such as multi-cylinders, multi-sensors, and vacuum adsorption, with comprehensive and complete functions.

    Weihong DSP Weihong NC65C

    Weihong

    A vantagem do Sistema CNC Weihong reside em seus processos inteligentes profundamente integrados e em suas abrangentes capacidades de integração ecológica. Ele oferece algoritmos de alta precisão e a função RTCP (Ponto Central da Ferramenta de Rotação) de 5 eixos, melhorando significativamente a precisão e a eficiência da usinagem de superfícies curvas complexas. Ao mesmo tempo, permite que os usuários personalizem interfaces e lógica de processo de forma flexível, adaptando-se rapidamente às necessidades de equipamentos especiais. Escolher o Sistema Weihong significa obter uma solução completa e econômica, do controle à execução, facilitando a modernização da automação industrial e alcançando os objetivos abrangentes de redução de custos, melhoria da qualidade do produto e aumento da eficiência.

    Vantagens e recursos

    • Easy to Learn & Wide Machine Compatibility: The interface has a reasonable layout and clear function divisions, supporting multi-language display. It supports operation via keyboard and mouse, as well as touchscreen. The main screen intuitively displays key content such as machining file information and system operation modes. Its operation logic conforms to daily usage habits—after simple training, operators can proficiently master common operations such as machining program editing and parameter adjustment, greatly shortening the adaptation period for new users. The system supports various types of CNC routers and CNC wood lathes, and is compatible with a variety of multi-functional CNC equipment. It can perfectly adapt to both functions such as automatic loading/unloading and automatic tool change, and configurations such as drill bank and 4th rotary axes.

    • Estável, confiável e fácil de usar: O sistema Weihong oferece alta estabilidade e baixa taxa de falhas — o que é particularmente importante para roteadores CNC que exigem operação contínua a longo prazo, pois reduz efetivamente o tempo de inatividade não planejado causado por problemas no sistema. A interface do sistema suporta vários idiomas e apresenta um design intuitivo, permitindo que os operadores dominem seu uso após um treinamento simples, reduzindo a dependência de técnicos especializados e os custos de treinamento.

    • Diversas opções e funções avançadas:

      Spire Série CNC router machines offer the Weihong 95A control card and NK105 handle, while ATC CNC routers can be optionally equipped with the NC65C control system:

      Weihong PM95A Motion Control Card: Necessita ser conectado a um PC através de um slot PCI-E para funcionar; suporta sistemas Windows 7/Windows 8 de 64 bits; controla o funcionamento da máquina através do software de controle de movimento NcStudio, que oferece funcionalidade robusta, alta confiabilidade e facilidade de uso.

      Sistema de controle tipo alavanca NK105: Based on an embedded control platform, it consists of a host system and an operation panel, adopting a detachable design. The handle controller can be separated from the electrical cabinet, facilitating machine tool operation. Additionally, its internal speed parameters are optimized, which can effectively solve problems such as burrs and vibration marks during machining. It supports multiple languages and switching between metric and imperial units, ensuring intuitive and convenient use.

      NC65C: Integrated industrial computer running a dedicated version of the Windows operating system, featuring faster startup speed and superior anti-virus capability. As an integrated multi-axis CNC control system, the NC65C integrated CNC system supports 5-axis linkage machining and has excellent hardware performance. It supports self-inspection and repair functions for data disks, and is equipped with multi-axis linkage, rotation mode, workpiece compensation, and automatic tool change functions.

    • Funções abrangentes: The system supports functions including breakpoint carving resumption, power-off memory, automatic tool setting, machining speed control, spindle speed control, drawing preview, and simulated machining. It can also be expanded with external functions such as 5-axis RTCP, drill bank, automatic plate labeling, the 4th rotary axis for CNC routers, and automatic loading/unloading. With comprehensive coverage of functions, it can meet the machining needs of various scenarios.

    • Compatibilidade forte: It supports various types of CAD/CAM software and various types of G-code files. Meanwhile, it is compatible with servo drives, spindles, and other hardware from various brands, providing a wide range of options to meet different control requirements.

    Sistema XDW

    XDW

    Escolher o sistema CNC XDW proporciona uma solução de usinagem abrangente e versátil, caracterizada por alta precisão, ampla compatibilidade e profunda integração de diversas funcionalidades. Com uma única máquina, múltiplas funções podem ser combinadas perfeitamente. Graças às suas capacidades de usinagem de precisão, flexibilidade de expansão e suporte para desenvolvimento e personalização secundários, é particularmente adequado para usuários que necessitam de uma única máquina CNC para atender a diversas necessidades de processamento. Isso ajuda os usuários a atingirem os objetivos integrados de reduzir custos de aquisição, expandir a utilidade da máquina e melhorar a eficiência do processamento.

    Vantagens e recursos

    • Expansibilidade flexível: The XDW control system utilizes control boards to connect the control software with the machinery. Equipped with dedicated control chips, it enables on-demand expansion and supports multi-axis applications. The control board manages motor pulse and direction signals, analog interfaces, and more, eliminating the need for external adapter modules.

    • Comprehensive Functional Coverage: Por meio de expansão, o sistema pode integrar facilmente diversas funções exigidas por roteadores CNC, incluindo troca automática de ferramentas, posicionamento visual por CCD, ferramentas oscilantes, um quarto eixo rotativo e carga/descarga automática. É especialmente adequado para adicionar sistemas de visão CCD e funcionalidade de ferramentas oscilantes a roteadores CNC, atendendo a diversas necessidades de processamento de materiais rígidos e flexíveis.

    • Compatibilidade ampla: O sistema suporta arquivos de imagem e arquivos G-code. Para operações de corte com fusos ou ferramentas oscilantes, os formatos de imagem podem ser selecionados diretamente, enquanto o G-code é usado para tarefas de gravação e fresagem. É compatível com diversos softwares CAD/CAM e aceita uma ampla variedade de tipos de arquivo.

    • Alta velocidade e precisão: With a pulse output frequency of up to 2 MHz and a position command response delay of ≤10 μm, the system’s built-in compensation algorithms automatically correct errors. Positioning accuracy reaches ±0.005 mm, and repeat positioning accuracy achieves ±0.001 mm, meeting the demands of high-precision machining applications.

    • Estabilidade Aprimorada:

      Designed for industrial use, the system incorporates anti-interference modules in its circuitry to withstand electromagnetic interference from motors, frequency converters, and other equipment in workshop environments, preventing signal loss. It also supports parameter backup to avoid downtime caused by data loss.

    • Visualized Interaction: The accompanying DHTN control software enables real-time preview of machining paths, live parameter monitoring, and fault alerts. With support for both Chinese and English interfaces, operators can adjust processing parameters such as speed in real time, reducing the technical skill threshold required for operation.

    Mach3 Mach3

    Mach3

    The core advantages of the Mach3 CNC system lie in its exceptional cost-effectiveness and open PC-based architecture. As a software-based CNC solution running on Windows, it requires no dedicated hardware controller and utilizes standard computers for multi-axis motion control, significantly reducing automation upgrade costs. It supports various drive systems with broad compatibility and offers functions such as G-code editing, 3D toolpath simulation, and customizable macro operations. Particularly suitable for CNC woodworking routers of all types, it enables small and medium-sized enterprises to achieve high-precision machining and flexible production tasks at low costs.

    Vantagens e recursos

    • Hardware Adaptation and Expansion: O Mach3 suporta múltiplos protocolos de comunicação, incluindo USB e Ethernet, e é compatível com uma ampla gama de sistemas de acionamento. A configuração básica suporta operação com articulação de três eixos, enquanto placas de expansão permitem atualizar o sistema para controle síncrono de até seis eixos. Ele também suporta recursos adicionais, como um quarto eixo rotativo e troca automática de ferramentas.

    • Funcionalidade abrangente: O sistema oferece compensação de erros, compensação de folga, compensação de ferramenta, compensação de raio e compensação de modo, entre outros recursos. Ele suporta controle de velocidade do fuso, controle multi-relé, geração manual de pulsos, ajuste automático de ferramentas e retenção de memória de ponto de interrupção. Esses recursos aumentam a conveniência do usuário e garantem precisão de usinagem a longo prazo.

    • Interface de visualização intuitiva: With support for 3D dynamic tracking display, users can simulate toolpaths before machining to verify G-code accuracy, effectively avoiding collisions and errors during trial operations.

    • Robust Community Ecosystem: Over years of development, Mach3 has cultivated a large user community. Its ease of use and powerful expandability have made it a popular choice globally. Numerous tutorials, plugins, and troubleshooting resources are readily available online.

    • Amplo suporte a formatos: Mach3 is compatible with various types of G-code. Through its companion Lazycam software, users can directly import files in formats such as dxf and cmx, and automatically generate G-code. This feature is particularly beneficial for users unfamiliar with CAM software, featuring a simple and straightforward learning curve.

    Sistema Delta

    Delta

    Delta CNC System has become a preferred solution in the smart manufacturing field due to its powerful multi-axis control capability, high-speed and high-precision algorithms, and industry adaptability. It is particularly suitable for enterprises pursuing high-efficiency production and flexible manufacturing. By integrating hardware performance with the NC5 software ecosystem, it not only meets the needs of precision machining but also lays a foundation for future intelligent upgrades, making it an ideal choice for mid-to-high-end manufacturing enterprises.

    Vantagens e recursos

    • Advanced Motion Control Algorithms: Delta's control system adopts a high-performance multi-core CPU processor and supports IEEE 64-bit floating-point numbers, achieving a significant improvement in computing performance. It is compatible with multiple communication protocols; in addition to supporting ISO-standard G-code, it also features sophisticated path parsing capability and pre-reading design. Combined with high-order curve analysis and fitting, it optimizes machining trajectories and speed planning, achieves precise path optimization, and enhances overall machining speed.

    • Multi-Axis & Multi-Channel Control Capability: It supports 4-channel and 32-axis synchronous control. When paired with bus servo motors, it can achieve microsecond-level errors, with synchronization error controlled within ±5μm. In the 5-axis linkage configuration, it is equipped with the RTCP (Rotation Tool Center Point) dynamic tool tip compensation function. During high-speed 5-axis direction switching, the system automatically corrects the tool posture to avoid trajectory deviation, ensuring the tool tip moves along the commanded path. With a machining accuracy of ±0.01mm, it enables one-time clamping to complete multi-process composite machining (including turning, milling, drilling, and grooving), increasing production efficiency by more than 40%.

    • Built-in CAD/CAM Software Solution: It supports direct drawing of machining contours or importing STEP files, and automatically generates G-code—reducing programming time by 50%. Integrating powerful modeling, design, and machining functions, users can create complex model diagrams using this software and automatically generate tool machining paths, thereby improving efficiency and product quality. It is capable of producing 2D/3D and multi-axis complex workpieces.

    • Extensive Process Support: It supports various ISO-standard G-codes and extended macro instructions, and can directly import machining programs generated by CAM software. Users can also modify codes via the editor to adjust industrial parameters. It supports T-code commands for automatic switching of multiple tools, enhancing machining efficiency. Additionally, it features a 3D machining simulation function that performs real-time simulation of tool paths and machine tool movements, detecting collision risks in advance and reducing the number of test runs.

    • Funções auxiliares inteligentes: Suporta a pré-visualização do percurso de usinagem e a simulação da operação, ajudando a identificar potenciais erros de programação com antecedência. Também está equipado com uma função de diagnóstico automático, que emite alarmes automáticos para falhas de operação, como alarmes do driver e alarmes de sobrecurso durante o funcionamento da máquina, reduzindo significativamente o tempo de inatividade devido a falhas.

    Sistema de torneira

    FAUNC

    FANUC CNC System boasts advantages such as ultimate reliability, outstanding precision stability, and comprehensive functions. It adopts a dedicated hardware architecture and a closed CNC platform to ensure long-term trouble-free operation in harsh industrial environments. Equipped with high-performance servo drives and high-resolution encoders, it achieves micrometer-level machining precision and stable surface quality control. Meanwhile, it features a world-leading service network and technical support system, making it particularly suitable for high-volume, high-continuity production fields such as high-end CNC machines and the first choice for reliability in high-end manufacturing.

    Vantagens e recursos

    • Exceptional Stability and Reliability: FANUC System uses high-quality electronic components and materials, delivering excellent resistance to vibration, corrosion, and electromagnetic interference. It also adopts a modular architecture where each functional module operates relatively independently, minimizing the scope of impact in case of faults—maintenance personnel can quickly replace faulty modules for repairs. Furthermore, the system is equipped with built-in comprehensive fault diagnosis and alarm programs that conduct real-time monitoring of its own hardware operating conditions and machining status, upon detecting anomalies, it immediately triggers an alarm and accurately locates fault points, enabling users to troubleshoot and handle issues promptly. Additionally, the system maintains an extremely low failure rate.

    • Desempenho de controle servo potente: The servo motors and servo drives independently developed by FANUC deliver exceptional performance. With HRV (High Response Vector) Control, the servo motors and spindle enable ultra-fast startup, braking, and speed change, while providing high rigidity, precise positioning control, and excellent surface machining quality. The system performs interpolation calculations in units of 0.00001mm, which greatly smooths the movement of CNC machines and eliminates errors caused by servo lag, thereby achieving superior surface finish and contour accuracy.

    • Rich and Diverse Functions: Os sistemas de controle de tornos FANUC oferecem recursos básicos, incluindo programação automática, compensação de ferramentas e controle de articulação multieixos. Além disso, funções especializadas, como interpolação cilíndrica e ciclos de usinagem combinados, facilitam a execução de tarefas específicas, como ranhuramento cilíndrico e torneamento em múltiplos estágios de formas complexas. O sistema suporta diversas funções de programação, incluindo MDI (Entrada Manual de Dados), programação padrão em código G e programação paramétrica, adaptando-se aos hábitos de operação de diferentes usuários. A ferramenta de programação conversacional MANUAL GUIDE, por meio de interação gráfica e etapas guiadas, permite que operadores sem experiência em programação criem programas de usinagem rapidamente.

    • Interface de operação amigável: O sistema é equipado com um visor LCD colorido que garante uma visualização clara e intuitiva. O layout da interface foi cuidadosamente projetado: as teclas de função estão dispostas de forma lógica, a hierarquia operacional é clara e distinta, e as informações importantes são destacadas. Os operadores podem localizar rapidamente os botões de controle e as áreas de visualização de dados correspondentes, permitindo uma interação homem-máquina eficiente. Além disso, o código G utilizado nos sistemas FANUC tornou-se um padrão da indústria, oferecendo compatibilidade ecológica e penetração de mercado incomparáveis.

    • Funções poderosas de diagnóstico e manutenção:

      Detailed Alarm History: O sistema registra automaticamente o horário detalhado da ocorrência, a causa e as sugestões de solução para todos os alarmes.

      Monitoramento de status em tempo real: Os usuários podem visualizar o status, a carga e a temperatura do driver em tempo real através da tela de depuração do servo/eixo, facilitando a solução de problemas e a otimização do desempenho.

      Exibição do diagrama em escada: Os usuários podem visualizar e acompanhar diretamente o diagrama de lógica ladder do PLC no sistema CNC, facilitando o diagnóstico de falhas periféricas.

    Siemens system

    SIEMENS

    O sistema CNC da Siemens oferece vantagens como confiabilidade excepcional, desempenho de usinagem de alta precisão e recursos de integração digital de vanguarda. Escolher a Siemens significa escolher confiabilidade industrial de classe mundial e inovação tecnológica. Ela proporciona precisão de usinagem em nível submicrométrico, processos de produção digital perfeitamente integrados e serviços inteligentes que abrangem todo o ciclo de vida do equipamento — servindo como uma solução de nível industrial que permite que fábricas de manufatura de ponta alcancem uma integração profunda de alta precisão, inteligência e valor ao longo de todo o ciclo de vida.

    Vantagens e recursos

    • High-Level Machining Precision: Siemens lathe systems utilize advanced digital control algorithms to precisely regulate the motion trajectory of each lathe axis, achieving stable and accurate position servo control and ensuring that the dimensional accuracy and geometric tolerances of parts meet high standards. Additionally, they have inherent advantages in processing complex 3D curved surfaces, as the built-in algorithms are particularly suited for high-precision, high-complexity contour machining. The system also integrates functions such as dynamic feedforward control, intelligent collision prevention, and adaptive chatter control. These functions can predict the machine’s motion state and adjust servo parameters in advance, thereby maintaining extremely high precision and surface finish during high-speed machining, further enhancing machining accuracy while protecting the machine tool’s mechanical structure.

    • Poderosa capacidade de usinagem: Equipped with Siemens servo motors, the system offers excellent overload performance: the feed axis speed can significantly exceed conventional values, and the torque has an overload capacity of more than 3 times. With strong cutting force, it can maintain stable operation even in heavy cutting scenarios, enabling efficient machining of hard materials or large-margin cutting. Meanwhile, the system supports multi-axis linkage, which can drive the lathe’s multiple axes for coordinated operation—smoothly realizing the machining of complex spatial curved surfaces and special-shaped contours. It can process complex parts and achieve surface quality that is difficult for other systems to match, meeting the machining needs of various types of workpieces.

    • Convenient and Efficient Programming: Siemens lathe systems provide diverse programming methods. They support various types of CAD/CAM software, allowing direct use of codes output by the software for machining; manual programming is also available. During manual programming, users only need to directly call the system’s internal commands and set key parameters to complete the code writing for specific machining operations, reducing programming workload. Moreover, the system is equipped with a graphical guided programming module: through an interactive interface and graphical menus, users input workpiece parameters and machining requirements as prompted, and the system automatically generates machining programs. This low-difficulty programming method greatly reduces programming and debugging time.

    • Interface de operação amigável: Siemens lathe systems adopt the unified SINUMERIK Operate user interface, paired with a color LCD display and multi-window display function that can present multiple types of key information simultaneously. The interface features clear function divisions, scientifically arranged operation buttons, and a reasonable operation hierarchy—allowing operators to easily locate operation entrances and quickly perform tasks such as program editing, parameter setting, and tool management. Furthermore, the system has built-in help documentation: when operators encounter questions, they can call up relevant explanations at any time to obtain operation guidance and technical interpretations.

    • Strong System Integration: Os sistemas de torno da Siemens são soluções CNC altamente integradas, que incorporam profundamente componentes essenciais como o controlador digital, o PLC e o módulo de interação homem-máquina em uma arquitetura de hardware compacta. Isso permite a transmissão de dados confiável e de alta velocidade entre o sistema de acionamento e o sistema de controle, garantindo que não haja atrasos ou interferências na transmissão de sinais. O sistema possui alta resistência a vibrações, interferências eletromagnéticas e flutuações de temperatura e umidade do ambiente. Ao mesmo tempo, está equipado com programas abrangentes de autodiagnóstico que realizam o monitoramento em tempo real de dados operacionais, como status do hardware, corrente de acionamento e parâmetros de temperatura. Ao detectar anomalias, o sistema dispara um alarme imediatamente e exibe códigos de falha e instruções por meio da interface de diagnóstico, facilitando a rápida solução de problemas pelos usuários.

    OSAI system

    OSAI

    The advantages of the Italian OSAI CNC System lie in its highly modular and open architecture, outstanding 5-axis machining performance, and customized solutions. It supports multi-axis linkage and the RTCP function, making it particularly suitable for precision machining of complex curved surfaces. Meanwhile, it provides flexibly configurable hardware and software modules that can accurately adapt to the special needs of various machining fields, while balancing high performance and cost-effectiveness. Choosing OSAI means choosing a full range of control capabilities from entry-level to top-tier performance, making it an ideal choice for realizing high-end customized machine tools and precision machining of complex materials.

    Vantagens e recursos

    • Outstanding Multi-Axis Control Capability: The OSAI OPEN Control series CNC system has an extremely high upper limit for the number of controlled axes, supporting up to 64 interpolated axes. This enables it to handle large-scale multi-axis linkage CNC machine tools, providing a hardware control foundation for the precision machining of multi-dimensional complex curved surfaces and irregular contours. At the same time, it operates with high efficiency, featuring an extremely fast interpolation speed—with a maximum interpolation cycle of 500 microseconds. It can quickly process motion commands, allowing the machine tool’s cutting tool to execute position movements at an extremely fast pace, which significantly reduces the overall machining time for complex parts.

    • Tecnologia de usinagem de alta velocidade: O sistema OSAI está equipado com a avançada tecnologia RTCP de 5 eixos. Durante o corte em alta velocidade, o sistema garante que o ponto central da ferramenta siga rigorosamente a trajetória programada predefinida. Mesmo quando a máquina troca de ferramentas ou o comprimento da ferramenta muda, não há necessidade de recalcular o percurso da ferramenta — isso garante a precisão e a continuidade do caminho de corte, melhorando assim a eficiência da usinagem e a qualidade do produto.

    • Comprehensive Compensation Mechanisms: It is equipped with cross compensation and volume compensation capabilities, which can systematically correct spatial geometric errors caused by the machine tool’s structural characteristics during multi-axis linkage machining, as well as volume deformation errors caused by factors such as temperature changes. This ensures that the machine tool maintains stable machining dimensions and precision even during long-term continuous machining and complex motion scenarios.

    • Arquitetura de sistema flexível: O hardware adota um design modular. Os usuários podem selecionar e combinar módulos funcionais com diferentes capacidades de processamento, armazenamento e escalas de controle de eixos, de acordo com fatores como a complexidade das tarefas de usinagem e os requisitos de precisão. O software é baseado no sistema operacional Linux, com código aberto e alta capacidade de personalização. Os usuários podem realizar personalizações secundárias na lógica subjacente do sistema e na interface de aplicação da camada superior, de acordo com suas necessidades de menu.

    • Características do módulo PLC: The integrated PLC module is characterized by fast logic operation speed. When handling complex discrete control tasks, it can respond to sensor signals and drive executive electrical components (such as relays) in an extremely short time. It supports multiple standard PLC programming languages including ladder diagrams, allowing users to edit the sequential movements of the machine tool according to their preferred programming paradigms. Furthermore, PLC programs can be debugged and modified online directly within the system—no additional software is required for programming and debugging. This streamlines the electrical architecture and reduces the number of potential fault points.

    TPA system

    TPA

    With three core advantages—highly integrated hardware, graphical programming, and multi-scenario process adaptability—the TPA CNC System has become a preferred solution in the woodworking machinery field, especially for enterprises pursuing efficient production and flexible manufacturing. Choosing TPA means opting for a professional solution for high-efficiency precision machining and flexible automated production, making it an ideal choice for high-end CNC machines that prioritize precision and stability.

    Vantagens e recursos

    • Programação gráfica fácil: The TPA CNC System is equipped with an intuitive graphical programming module, allowing operators to avoid relying entirely on complex G-code commands for programming. They can either directly draw machining contours on the system’s drawing interface or import CAD graphics files. After setting machining parameters such as tool paths and cutting parameters, the system automatically generates machining codes. This reduces programming difficulty, accelerates program development efficiency, and is particularly suitable for preparing programs for parts with complex shapes—even novice operators can master it quickly.

    • Flexible Interface Control: The operation interface supports multiple interaction methods: it can be operated via touchscreen, keyboard, or mouse, enabling direct selection of function menus and input/modification of parameters. Meanwhile, it also supports a handwheel control mode, which operators can switch to based on the machining scenario and personal preferences. The interface layout adheres to ergonomic and usability principles, with clear divisions between the machining status area, parameter setting area, and auxiliary function area. All key machining data and equipment operation information are displayed in real-time with updates, allowing operators to quickly grasp the machine tool’s working conditions.

    • Multi-Axis Control & High-Precision Response: It supports 4-6 axis linkage operation, with an axis control resolution of 0.1μm and an interpolation cycle of 1ms—meeting the needs of 5-axis RTCP linkage milling, multi-axis turning compound machining, and the processing of complex irregular workpieces. Built-in algorithms such as lead screw pitch error compensation, backlash compensation, and thermal deformation compensation work with temperature sensors to monitor the machine tool’s thermal status in real-time and dynamically adjust axis motion parameters, ensuring stable long-term machining precision.

    • Funções abrangentes do PLC: The system incorporates a high-performance PLC (Programmable Logic Controller) module. With fast program processing speed, it can quickly parse logic commands and enable precise automated control of auxiliary actions such as the sequential movements of the machine tool’s tool change mechanism and cylinder operation. It supports universal PLC programming languages including ladder diagrams and statement lists, which users can choose based on their experience. Additionally, PLC program online diagnosis, editing, and modification can be directly carried out on the CNC operation interface, enabling quick troubleshooting and resolution of electrical faults in peripheral equipment.

    • Simulação de usinagem 3D: O sistema permite a simulação dinâmica do processo de usinagem, auxiliando na detecção antecipada de riscos de colisão. Isso reduz os custos com tentativas e erros, ao mesmo tempo que minimiza o risco de colisões entre máquinas.

    Componentes elétricos

    Componentes elétricos

    All models in the Spire Série come standard with imported Schneider air circuit breakers, AC contactors, and relays, paired with imported Omron photoelectric limit switches. This ensures long-term stability, safety, and reliability of the equipment under harsh working conditions from the electrical source. By adopting electrical components from international renowned brands, the equipment maintains stable 24/7 operation, reducing the failure rate by 40%.

    Oferecemos também marcas de primeira linha, como Delixi e Chint, para sua livre escolha. Caso necessite de funções especiais personalizadas ou requisitos de aplicação mais específicos, nossa equipe técnica especializada pode fornecer soluções personalizadas sob medida. Adaptaremos a combinação de acessórios com base em seus cenários de aplicação e demandas funcionais, garantindo que cada equipamento atenda perfeitamente às suas necessidades de uso.

    With independent control over core components to guarantee supply chain security, and high-quality hardware combinations to reduce long-term maintenance costs, CATEK Spire is a wise choice for you to pursue high reliability, high adaptability, and high cost-effectiveness in the CNC machine field.

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    • As imagens, características, parâmetros e especificações do produto são apenas para referência. O modelo instalado prevalecerá.

    1. Refers to the minimum controllable displacement of the CNC system. Actual accuracy depends on the performance of supporting hardware such as servo motors, screws, and guideways.

    2. Em comparação com o modo de produção tradicional que utiliza múltiplas máquinas de função única para processamento disperso.

    3. Em comparação com as máquinas-ferramenta CNC convencionais que não possuem mecanismos automáticos de carga e descarga.

    4. Compared with CNC systems without real-time monitoring and diagnostic functions.

    5. This data is derived from standardized training tests conducted by CATEKCNC on multiple novice operators. Actual proficiency time may vary depending on individual learning ability.

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