RadixPro
Israel's high-tech industrial landscape, commonly dubbed Silicon Wadi, represents one of the world's most concentrated clusters of advanced defense systems, breakthrough medical devices, precision agritech, and aerospace technologies. Operating in these markets demands an exceptional standard of mechanical reliability, power density, and precision. Brushless and brushed DC motors serve as the vital muscle behind these autonomous innovations, running critical tasks in robotic surgical arms, smart drip-irrigation control systems, UAV stabilizers, and robust automation lines.
As OEMs scale up their production, securing high-performance component sources that offer custom shaft designs, tailored gearboxes, and integrated feedback sensors is paramount. RadixPro serves as a crucial link, combining Swiss-grade manufacturing precision with international quality assurance protocols to supply Israel's demanding manufacturing sectors.
Explore our highly integrated brushless and brushed systems, tailored for medical machinery, defense tracking platforms, and automation hubs.
Designed for precise velocity loops in drone stabilization gimbals and robotic joint controllers. Integrated Hall sensors provide high-fidelity angle feedback.
Inquire Specifications
Combines high power density with a compact 37mm frame. Perfect for surgical tables, laboratory automation, and high-security lock structures.
Inquire Specifications
High-power 70W brushed motor paired with a heavy-duty planetary gear system. Ideal for industrial valve regulation and defense UAV catapult linkages.
Inquire Specifications
Whisper-quiet operational profile yielding up to 60kg.cm torque. Fitted with heavy-duty drive pulleys for laboratory diagnostic sorting setups.
Inquire Specifications
Inside a premium robotic joint, an automated medical pump, or a high-end smart lock, space is the ultimate luxury. At RadixPro, we measure our success in micrometers and decibels. Our mission is to take advanced, heavy-duty rotational power and compress it into the most compact, energy-efficient footprints imaginable.
Our expertise lies in the micro-details of motion. From precision-wound copper rotors and high-purity commutators to zero-backlash planetary gear trains, every single internal component of a RadixPro motor is optimized to eliminate friction and maximize heat dissipation. By combining advanced automated Swiss-style hobbing with Japanese dynamic balancing, we ensure our micro drives deliver the fluid, whispering-quiet power your brand promises. When your next high-tech innovation relies on repeated mechanical perfection, let RadixPro be the core that spins it forward.
This technical rigor underpins every custom solution we deliver to our Israeli research labs and assembly hubs, ensuring seamlessly integrated feedback loops and extended operational lifespans under high-duty-cycle loads.
Our micro and planetary geared systems address critical pain points across diverse, demanding operating environments.
UAV camera stabilization systems, active radar arrays, and micro wing actuator systems require zero backlash and high vibration resistance. Our customized brushless motors comply with stringent environmental standards to perform reliably under extreme conditions.
Surgical robots, fluid metering pumps, and diagnostic scanners demand whisper-quiet operation and smooth, cogging-free torque delivery. We leverage high-density copper winding technology to maximize performance within tiny, sterile physical envelopes.
Drip-irrigation valve manifolds and sorting conveyor systems need robust environmental protections. With specialized housings and seals, our geared motors resist dust ingress, chemical exposure, and humidity, ensuring trouble-free field performance.
True reliability is born in the lab. We validate our engineering to ensure every production batch meets strict operational thresholds before dispatch.
We trace quality from original engineering blueprints through cleanroom-standard assembly to secure packaging.
Our gear-cutting and structural milling systems allow us to machine custom components to micron-level tolerances.
These specialized process modules enable motors to operate under extreme atmospheric pressures, variable climates, and chemical exposure.
Procuring electro-mechanical components for use in Israel's demanding manufacturing sectors involves navigating stringent international standards. Whether you are building medical systems targeting FDA/CE clearance or defense gear needing extreme environmental survivability, compliance starts at the component level. That's why we maintain strict traceablity of raw materials and adhere closely to RoHS and REACH protocols.
Localized Design Integration: We coordinate closely with your engineering departments from the prototyping stage. We accommodate custom flange geometry, shaft modifications (D-cuts, keyways, hollow shafts), and specialized winding profiles to balance torque constant ($K_t$) and speed constant ($K_e$) for your target supply voltage.
Future Tech Roadmap: We are continually refining our brushless topologies to incorporate high-resolution magnetic and optical encoders directly into the back-bell housing, minimizing envelope sizes. Concurrently, we are developing gear materials designed to handle high shock-loading environments without structural failure.
We translate operational load profiles into detailed motor winding configurations and thermal dissipation requirements.
We offer custom treatments for coastal salt mist, high operating temperatures, and sub-zero storage demands.
We employ structured scheduling, robust protective packaging, and detailed compliance documentation for export clearance.
A comprehensive inventory of high-reliability micro, geared, brushless, and brushed DC motors designed for industrial applications.
Designed for heavy-duty, high-efficiency applications. Excellent service life under continuous cycle profiles.
Get Technical Quote
A dependable, cost-effective brushed platform featuring customized winding parameters and speed controller pairings.
Get Technical Quote
Delivers precise low-speed torque control in a slim 28mm form factor, designed for outdoor water flow management.
Get Technical Quote
An ultra-compact 12mm drive mechanism featuring high reduction ratios for precise medical fluid delivery setups.
Get Technical Quote
Self-locking worm gearbox combined with a low-rpm drive motor, designed to hold structural loads when power is disconnected.
Get Technical Quote
Provides steady low-speed output and accurate position tracking, optimized for medical centrifuge drives.
Get Technical Quote
Highly adaptable utility motor offering dependable service in smart locks, fluid valves, and sorting equipment.
Get Technical Quote
Built to withstand frequent start-stop cycles in dispensing mechanisms and access control security points.
Get Technical Quote
Equipped with a dual-channel magnetic encoder, providing real-time feedback for closed-loop robotics controllers.
Get Technical Quote
Rugged construction supporting bi-directional operation, making it ideal for packaging machinery and conveyor sorting.
Get Technical Quote
A heavy-duty 775 series motor designed for high speed and high torque, well-suited for industrial actuators.
Get Technical Quote
High-power brushed motor optimized for quick prototyping, lab fixtures, and demanding machine tool mockups.
Get Technical QuoteTechnical guidance regarding design parameters, environmental protections, and custom options for our DC drive systems.
The optimal reduction ratio balances your output speed requirement against target torque while respecting the gearbox's maximum load limits. High reduction ratios (e.g., 298:1) deliver high output torque at lower speeds but introduce higher internal gear friction and reduce overall efficiency. We recommend matching your normal operating torque to within 70% of the gearbox's continuous rating to ensure reliable, long-term service.
Brushed motors use mechanical commutation, making them simple to control, highly cost-effective, and capable of high starting torque. However, brush friction limits their lifespan and creates electromagnetic noise. Brushless DC (BLDC) motors rely on electronic commutation, offering longer operating lifetimes (limited only by the bearings), higher efficiency, quiet operation, and better high-speed capability, though they require a compatible driver circuit.
Yes. We offer customization options to achieve IP65 and IP67 protection ratings. This includes installing high-quality shaft seals, applying conformal coatings to internal electronics, using corrosion-resistant stainless steel housings, and specifying specialized lubricants designed for wet or humid environments.
Hall sensors provide basic rotor position information to control speed and torque in brushless systems. For high-precision applications—such as surgical equipment or robotic joints—we install dual-channel magnetic or high-resolution optical encoders to deliver precise positional feedback, allowing for accurate closed-loop control.
For customized motor samples (including modifications to shaft shape, custom wire connectors, or custom winding profiles), standard engineering lead time is 2 to 3 weeks. Full production runs vary based on component complexity and order size, typically ranging between 4 and 6 weeks. Our team provides detailed timeline estimates at the start of each project.
Whether you need to scale up volume production or require customized engineering samples, our specialists are ready to help optimize your design. Contact us today to discuss your technical specifications.
Send Inquiry Now