Four core technology families engineered to cover every speed, torque, and environment requirement.
At Metax, we engineer coreless motors for applications where every millisecond matters. By removing the iron core from the rotor, we eliminate cogging torque and significantly reduce rotor inertia, enabling acceleration and deceleration that conventional motors cannot match. The result is ultra-smooth, highly responsive motion in a compact, lightweight form factor.
Metax coreless motors are an ideal solution for industrial, medical, aerospace, and defense applications, as well as precision dosing equipment and high-speed instrumentation worldwide.
Metax ensures ultra-smooth and highly precise motion by eliminating cogging torque through advanced slotless motor technology. Our slotless stator design delivers fluid, vibration-free rotation with consistent performance across the entire speed range, providing the motion quality required by sensitive applications.
Designed for industrial, medical, and aerospace and defense systems, Metax slotless motors are ideal for applications such as medical imaging equipment, laboratory automation, aerospace actuators, and advanced robotic systems worldwide.
Metax frameless motors are supplied without an external housing or output shaft, giving system designers the freedom to integrate the motor directly into the host structure. This is not a compromise—it is a capability. By eliminating redundant enclosures, Metax frameless motors reduce total assembly mass, minimize mechanical footprint, and enable configurations that conventional packaged motors simply cannot achieve.
Designed for industrial, medical, and aerospace and defense systems, Metax frameless motors are widely used in robotics, industrial automation, aerospace actuators, and advanced robotic platforms where engineers require complete control over their mechanical architecture.
Metax BLDC motors replace mechanical commutation with precision electronic control, eliminating the primary source of motor wear, heat buildup, and electromagnetic interference. The result is a motor that runs cooler, converts energy more efficiently, and significantly outlasts brush-based alternatives—without the need for brush maintenance.
Designed for industrial, medical, and aerospace and defense systems, Metax brushless motors deliver reliable performance in demanding applications such as EV drivetrains, industrial automation, HVAC systems, and drone propulsion.
Not every application demands complexity. Metax brush motors deliver proven, reliable torque with simple speed control and no requirement for complex drive electronics, making them an excellent choice where cost efficiency and straightforward integration are priorities. Built to Metax quality standards, our brush motors perform reliably across a wide range of voltages and load conditions in applications such as power tools, automotive subsystems, industrial conveyors, and household appliances. Designed for industrial, medical, and aerospace and defense systems, Metax brush motors provide dependable performance wherever simplicity and reliability are essential.
Metax stepper motors move in precise, discrete increments, giving engineers accurate control over position and speed without the cost and complexity of closed-loop feedback in many applications.
Each step is repeatable, predictable, and verifiable, making Metax stepper motors an ideal choice for 3D printing heads, CNC cutting axes, robotic pick-and-place systems, medical infusion pumps, and automated optical equipment.
Designed for industrial, medical, and aerospace and defense systems, Metax stepper motors deliver high holding torque, consistent step resolution, and robust construction in every unit leaving the Metax facility.
Metax servo motors do not just move, they verify, correct, and confirm every movement against the commanded target in real time. Closed-loop feedback control continuously monitors position, speed, and torque, eliminating the error accumulation that plagues open-loop systems under variable load.
Designed for CNC machining centres, collaborative robots, aerospace control surfaces, and high-throughput automation lines, Metax servo motors maintain accuracy across speed changes, load variations, and demanding duty cycles, the standard of motion control for critical industrial applications throughout the world.
Metax servo motors do not just move—they verify, correct, and confirm every movement against the commanded target in real time. Closed-loop feedback control continuously monitors position, speed, and torque, eliminating the error accumulation that often affects open-loop systems under variable loads.
Designed for industrial, medical, and aerospace and defense systems, Metax servo motors power applications such as CNC machining centres, collaborative robots, aerospace control surfaces, and high-throughput automation lines.
Where continuous operation in demanding environments is required, Metax induction motors provide a proven and reliable solution. With no brushes, no permanent magnets, and no direct rotor connections to wear or fail, our induction motors are engineered for round-the-clock operation in the harshest conditions.
Designed for industrial, medical, and aerospace and defense systems, Metax induction motors deliver exceptional durability, predictable performance, and a total cost of ownership that makes them a practical long-term choice for pumps, compressors, fans, conveyors, and heavy machinery worldwide.
Metax actuators are the point where intelligent control systems meet real-world mechanical motion. Our actuator range converts electrical commands into accurate, repeatable linear and rotary movement, forming the critical interface between automation logic and physical output.
Designed for industrial, medical, and aerospace and defense systems, Metax actuators are available in electromechanical, pneumatic, and hydraulic configurations. They serve applications such as robotic assembly systems, aerospace mechanisms, automotive production lines, industrial process control, and smart infrastructure—where reliable, controllable force and displacement are essential.
A motor or actuator performs only as well as the driver controlling it. Metax motor drivers regulate voltage, current, and direction with high precision, forming the intelligent link between your control system and the motor, while actively protecting against overcurrent, overtemperature, and short-circuit events that could compromise system integrity.
Designed for industrial, medical, and aerospace and defense systems, Metax drivers integrate seamlessly with the full Metax motor range. They are widely used in robotics, CNC motion controllers, multi-axis automation platforms, and advanced industrial equipment where command accuracy and hardware protection are both non-negotiable.
