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Servo motors and driver
Stepper motors and their matched drivers are core motion control components used to accurately drive mechanical systems in a step-by-step manner. Compared with traditional drive solutions, stepper motor systems provide precise positioning, stable torque output, and reliable speed control.
Compared with conventional motors or basic control methods, stepper motor and driver combinations offer higher control accuracy, better compatibility with CNC and automation equipment, and stable performance across different frame sizes and load requirements.
Produkt-Einführung
Our AC servo motor system for 40 / 60 / 80 and 130 frame sizes is designed to deliver stable, high-performance motion control for a wide range of industrial applications. Built with a high-integration digital control architecture and optimized motor structure, the system ensures reliable operation, precise output, and consistent performance across low to high speed ranges.
The motors feature wide speed ratios and constant torque characteristics, maintaining smooth and accurate motion even under varying loads. Combined with matched servo drives, the system supports flexible configuration, efficient heat dissipation, and long service life. Multiple power levels, dimensions, and installation options are available to meet different equipment requirements, making this solution suitable for both standard machinery and customized automation systems. We welcome customers to contact us for model selection and application support.
Produkt-Spezifikation
| Parameter | Value | Parameter | Value |
| Place of Origin | China | Machine base size | 40-130mm |
| rated power | 100-2000w | Product Name | Servo motors and driver |
| rated speed /maximum speed rpm |
3000/6000，1500/3000
2500/3000，1500/2000 |
Material | Metal |
| System Type | Servo motors | Advantage | Long Service Time |
| Brand | longqiao | Model | ACM/ACM2 |
Produktmerkmale
Wide Speed Range & Constant Torque
The motor series provides a wide speed ratio and stable torque output across low to high speeds. This ensures smooth operation during acceleration, deceleration, and continuous running, making it suitable for diverse motion control requirements.
High Torque Density
With optimized electromagnetic design and multiple frame sizes (40 / 60 / 80 / 130 base), the motors deliver high torque output within a compact structure. This allows higher load capacity without increasing installation space.
High Precision & Stable Control
Supporting high-resolution encoders and precise feedback control, the motors ensure accurate positioning, fast response, and excellent repeatability. Stable performance is maintained even under frequent start-stop or variable load conditions.
Flexible Configuration Options
Multiple power levels, speed ratings, and optional brake versions are available. The motors are fully compatible with matched servo drives, enabling flexible system integration and easy configuration for different application scenarios.
Produkt Anwendung
Stepper motors with 40, 60, 80 and 130 frame sizes are widely used in precision motion control systems that require stable torque output, accurate positioning and reliable speed control. These motors are designed to operate efficiently under continuous duty conditions, making them essential components in modern automation, CNC equipment and industrial machinery. As manufacturing systems continue to pursue higher precision and efficiency, demand for reliable stepper motor solutions continues to grow.
Thanks to their high torque density, stable operation and compatibility with dedicated drivers, these stepper motors can be integrated into a wide range of equipment, including CNC machine tools, engraving machines, laser cutting systems, packaging machinery and automated production lines. Their standardized mounting sizes and flexible configuration options make them suitable for both new system designs and equipment upgrades, helping ensure smooth operation, precise motion control and long-term system stability.
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32-bit DSP Closed-Loop Control -
Low Vibration, Low Noise Operation -
High Speed Precision Performance -
Comprehensive Protection Functions
Verpackung, Lagerung, Handhabung und Transport
Elektronische Präzisionsmaschinen beziehen sich auf verschiedene Arten von Hightech-Geräten, wie z. B. Halbleitergeräte und wissenschaftliche Instrumente. Diese hochentwickelten Maschinen erfordern ein hohes Maß an Präzision bei Entwurf, Bau und Betrieb, was sie zu wichtigen Werkzeugen in vielen fortschrittlichen Branchen macht. Der Einsatz elektronischer Präzisionsmaschinen hat viele Bereiche revolutioniert und ermöglicht größere Genauigkeit und Effizienz in allen Bereichen, von der medizinischen Forschung bis zur Fertigung. Da die Technologie weiter voranschreitet, wird die Nachfrage nach elektronischen Präzisionsmaschinen nur noch weiter steigen.
Linearführungen sind ein unglaublich vielseitiges Bauteil, das in eine breite Palette von Automatisierungsgeräten eingebaut werden kann, darunter Textilmaschinen, Druckmaschinen, Medikamentenspender und Physiotherapiegeräte. Darüber hinaus sind sie in Bluttestgeräten, Atemwegsreinigungsgeräten und anderen ähnlichen Geräten zu finden. Aufgrund ihres hohen Maßes an Präzision und Zuverlässigkeit sind Linearführungen die ideale Wahl für diese Art von Anwendungen und tragen dazu bei, dass alles reibungslos und effizient abläuft. Ganz gleich, ob Sie ein neues Gerät automatisieren oder ein bestehendes aufrüsten möchten, die Verwendung von HGR-Linearführungen ist eine kluge Entscheidung, die sich langfristig auszahlen wird.
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Lasergravur- und Schneidemaschinen -
Sanftere Bewegung mit geringer Reibung