Selected core micro-drives engineered to meet rigorous UK commercial engineering standards.
Ultra-compact 15mm step motor featuring a balanced 10 Ohm coil resistance. Ideal for UK laboratory dosing pumps and HVAC flap actuation controls.
High-frequency 1000 PPS actuator combined with the rugged GM12 metal gearbox. Tailored for smart metering systems and commercial valve actuators in Great Britain.
Precision 5V micro stepper integrated with planetary gear reduction. Engineered for maximum torque output in tight spatial envelope applications across UK manufacturing.
Highly repeatable 5V stepper designed for professional CCTV security systems, PTZ gimbal tracking modules, and robotic vision adjustments in UK facilities.
The United Kingdom’s advanced engineering and manufacturing sectors are undergoing a significant shift toward localized automation, high-mix low-volume medical device assembly, and sub-micron positioning robotics. Key industrial hubs, from the advanced manufacturing corridors of the Midlands and South Yorkshire (including the AMRC) to the aerospace clusters in Bristol and Northern Ireland, demand next-generation motion solutions that offer high torque density, thermal stability, and exceptional repeatability.
With the rapid adoption of smart warehousing technology across the UK, logistics automation systems require durable stepper motors capable of continuous, maintenance-free operation. Similarly, the UK NHS healthcare sector requires precise micro stepping motors for medication dosing systems, analytical laboratory instruments, and respiratory ventilation devices where failure is not an option.
Valex Motor supports British design engineers and OEMs by offering direct factory access to micro motors designed to withstand industrial-grade duty cycles. By eliminating middleman markups, we ensure UK companies secure their supply chains with cost-effective, high-performing components that meet localized regulatory frameworks.
A technical guide on selecting the correct drive configuration for modern machinery design.
Advanced high-permeability iron cores and high-grade NdFeB permanent magnets allow our motors to produce maximum torque within miniature form factors, perfect for compact aerospace and defense assemblies.
By using precision gear hobbing and automated coil winding machines, we minimize inner mechanical friction. This significantly reduces thermal generation and extends the operational lifespan of the motor brush interfaces and bearings.
We configure custom spur and planetary gearboxes, optical or magnetic encoders, and specific output shaft geometries (such as D-cut, splined, or threaded shafts) to integrate seamlessly with your pre-existing controller boards.
Custom-engineered gear ratios and intelligent control modules for automation integrations.
Designed for high-precision micro-stepping control. Supports permanent magnet configurations ranging from 10 to 50 Ohms, ideal for high-resolution imaging equipment.
Precision non-captive linear stepper motor featuring a rugged miniature GM12 gearbox. Widely applied in medical fluid controls and commercial gas valve modulation.
Compact 12mm drive delivering an impressive 800gf.cm torque output. Designed for ticketing kiosks and automated dispensing mechanisms in the UK retail sector.
Precision micro step motor with a 1:64 gear reduction ratio. Engineered for micro-positioning instruments and optical lens adjustments requiring fine mechanical steps.
Managing international supply chains requires transparency, repeatable quality, and scalable production capacity. Valex Motor operates a state-of-the-art manufacturing facility that integrates Industry 4.0 practices with strict quality control. From premium raw material selection to advanced automated assembly, we monitor every step of the production process.
Our manufacturing line utilizes precision high-speed CNC lathing, automated coil winding, and computer-controlled gear riveting. This level of automation ensures consistent magnetic flux, minimal dimensional tolerances, and high batch-to-batch repeatability. By manufacturing in-house, we control costs and protect the integrity of custom designs.
Our production flow is built to support engineering requirements from prototype through mass production. We source high-grade electrical steel and neodymium magnets, perform automated soldering, and run 100% of our products through acoustic and dynamic load test rigs before packing.
Miniature gearboxes require ultra-precise gear tooth geometry to minimize backlash and maximize efficiency. Our production floor features Ningjiang gear hobbers, automatic gear riveting systems, and slow-feeding NC wire-cut machines capable of micro-scale machining.
Every motor design undergoes extensive environmental stress testing. Our QA lab is equipped with environmental chambers, noise testing rooms, dynamometers, and computerized measurement systems to verify all design parameters before production begins.
Operating in the UK requires strict adherence to localized and European compliance frameworks. Following Brexit, British businesses must ensure all machinery components carry the proper documentation to verify conformity with UK legislation.
"We believe that precision motion components are the foundation of any automated system. A failure in a single micro motor can compromise an entire system, leading to unexpected downtime and increased warranty costs."
— Valex Quality Control Department
A streamlined workflow designed to deliver custom motion solutions from initial concept to your production line.
Provide your shaft dimensions, electrical requirements, and mounting constraints. Our team will optimize a motor design to match your requirements, with initial prototype samples delivered within 10-15 working days.
We work with major global freight forwarders to manage import logistics. We offer flexible shipping options, including door-to-door air freight (DHL/UPS/FedEx) or sea transport to UK ports like Southampton or London Gateway.
All Valex motors come with a comprehensive manufacturer's warranty. Our technical support team assists you throughout integration, offering advice on driver pairing, thermal management, and optimization.
Our core range of brush, brushless, and stepper geared motors built for industrial reliability.
Dual-shaft 5V stepper geared motor designed for automotive ventilation control and commercial smart locking mechanisms.
High-torque 12V miniature brush motor with encoder. Engineered for low-RPM, precise position feedback in robotic joints and exoskeletons.
Ultra-slim 4mm vibration motor supporting 3V to 12V inputs. Designed for high-frequency haptic feedback and compact hand-held devices.
Versatile dual-shaft 3V-12V permanent magnet motor. Configurable for small fan drives, micro generation rigs, and hobbyist models.
Industrial-grade 230V AC shaded pole motor. Designed for long lifespans under continuous high-temperature exposure in commercial convection ovens.
High-torque 90-degree worm gear motor. Delivers 85 RPM with self-locking capabilities, ideal for linear slide tables and automated gates.
Brushless 12V/24V DC motor with a planetary gearbox, designed for AGVs and robotics requiring high torque density and efficiency.
High-precision 22mm planetary gear motor. Engineered to deliver reliable torque for miniature industrial actuators and dosing pumps.
Detailed technical answers to common questions asked by motion control engineers.
Micro steppers move in fixed angular steps (e.g., 18 degrees or lower per step, or even smaller with micro-stepping) without the need for closed-loop position feedback, making them cost-effective for precise positioning at low speeds. BLDC motors require feedback sensors (like Hall sensors or encoders) for position control, but they offer higher efficiency, speed, and torque density for continuous rotation applications.
Gearbox backlash is determined by the spacing between meshing gear teeth. Spur gearboxes are cost-effective but typically have higher backlash (1 to 3 degrees). Planetary gearboxes distribute radial loads across multiple gears, reducing backlash (often below 1 degree or down to arc-minutes in precision versions) and allowing for higher output torque within a smaller frame size.
Yes. We customize output shaft geometries (such as D-cuts, keyways, cross-holes, or lead screws) and adjust winding resistances to match specific voltage, speed, and torque profiles, even for low-to-medium volume orders. Contact our technical team to discuss your specific requirements.
Our standard range is designed for operating temperatures between -20°C and +80°C. For applications exposed to extreme cold, high humidity, vacuum conditions, or corrosive agents (such as marine or outdoor environments), we offer custom treatments, including low-temperature grease, IP-rated seals, and corrosion-resistant coatings.
Discuss your application requirements, request a custom prototype, or get a direct factory quote. Our engineering team is ready to review your specifications.