Explore our precision-engineered micro planetary, spur, and coreless gearboxes designed for high torque, low noise, and maximum operational efficiency.
In modern industrial design, mechanical drive synchronization is one of the most persistent bottlenecks. Traditional single-shaft micro-motors require auxiliary gearing, linkages, or external transfer mechanisms to split torque across multiple axes. This introduces transmission losses, increased backlash, and point-of-failure vulnerability. A Dual Shaft Gear Motor circumvents these limitations by outputting power directly from both ends of the rotor or gearbox layout.
Whether utilizing a planetary configuration for concentrated load distribution or a spur layout for cost-sensitive operations, the dual-shaft architecture is fundamentally engineered for systems requiring simultaneous manual override, secondary feedback mechanisms (such as optical encoders), or multi-directional mechanical power transfer. By eliminating intermediate coupling interfaces, these motors significantly enhance the overall mechanical efficiency of automated assemblies.
When specifying a dual shaft gear motor, procurement engineers must evaluate structural tolerances. Standard designs may use one shaft end for speed control (encoder feedback) and the opposite end for torque delivery. Under such setups, thermal expansion coefficients of the internal shafts, radial load capacities of the front/rear bearings, and structural alignment must be designed to withstand asymmetric stress profiles. Divistechs optimizes this via advanced multi-point shaft stabilization protocols, ensuring long-lasting performance even under demanding operational cycles.
Looking for a trustworthy, direct-from-source manufacturer in China to optimize your machine’s efficiency? Dongguan Divistechs Technology Co., Ltd. is your premier destination. Operating from Dongguan, we manage the entire production lifecycle under strict ISO quality control, eliminating the middlemen to deliver high-torque, long-lifespan drive systems directly to your warehouse. Our focus remains on high-end manufacturing of micro-drive components, deploying state-of-the-art tools and analytical processes to produce industrial-grade gears and planetary configurations.
Our manufacturing floors utilize advanced CNC machining centers, high-speed EDM systems, and world-renowned gear grinding platforms to guarantee zero-defect production. Our coordinate measuring machines (CMM) ensure geometrical tolerances down to the sub-micron scale.
With over 20,000 kinds of gear ratio configurations, our gearboxes seamlessly match with normal AC/DC motors, servo motors, stepper motors, and explosion-proof systems, accommodating micro diameter ranges from 6mm up to 28mm.
From specific voltage tuning (3V to 24V) to custom shaft modifications (D-cut, round, keyway, double flat) and bespoke planetary configurations, our in-house engineering team works directly from your CAD and technical blueprints.
Micro-motors face diverse environments. We provide customizable structural builds to handle specific operation-limiting variables.
Depending on your torque demands, target lifespan, and budget constraints, we utilize a broad matrix of materials:
We offer seamless, factory-level motor assembly to match our micro gearboxes to your specific power profiles:
Based in Dongguan, the hardware manufacturing heart of China, we enjoy rapid raw material sourcing, mold fabrication speed, and specialized surface treatment options. This spatial integration allows us to progress from prototype to mass production up to 40% faster than regional competitors outside Southern China.
We maintain long-term, direct procurement partnerships with top-tier metallurgy and engineering polymer suppliers. This stabilizes our component input costs, shielding our global procurement clients from sudden pricing volatility and ensuring consistent plastic and metal density profiles.
Our in-house mold making department specializes in complex gear injection molds. We optimize gear tooth geometry through custom tooth modifications, compensating for plastic shrinkage and minimizing gear meshing noise directly at the design stage.
Modern B2B procurement is not just about unit price; it centers on risk management. We resolve operational vulnerabilities by implementing a comprehensive global enterprise framework: standardizing material test certifications, ensuring full compliance with REACH/RoHS directives, providing custom packaging solutions that eliminate logistics damage, and offering JIT (Just-in-Time) production capabilities for contracted annual volumes. This comprehensive quality infrastructure allows global distributors to integrate our shipments directly into assembly operations without additional inspection steps.
Take a look inside our production facilities. We maintain internal control over every phase, from raw molds to final automated tolerance checking.
Providing precise, reliable power systems configured to comply with the stringent requirements of local markets globally.
Entering Western consumer and medical markets requires adherence to dynamic regulatory standards. All micro-drive units produced by Divistechs carry comprehensive CE, RoHS, and REACH declarations. Our planetary gearboxes destined for medical syringes and dental instruments comply with FDA biocompatibility expectations for adjacent components, utilizing synthetic, non-toxic lubricants that retain viscosity over broad thermal ranges.
Additionally, our electronics conform to FCC and CE electromagnetic compatibility (EMC) regulations, shielding nearby devices from high-frequency electromagnetic interference commonly produced by low-cost brush commutators.
Different applications require specific physical housing variations. In medical pump designs, our plastic planetary configurations provide a lightweight, quiet drive option. In outdoor applications like automated window blinds or UAV actuators, the housing design utilizes sealed shafts (IP65 rated) and corrosion-resistant alloys to prevent dust ingress and oxidation caused by humidity or temperature swings.
For automated toilet covers and sanitary systems, we supply custom 22mm planetary gearboxes with high starting torque (up to 50 kgf.cm) and specialized moisture-proof coatings applied directly to the internal motor winding structures.
As surgical instruments, UAVs, and AR/VR haptic mechanisms shrink, the need for sub-10mm gear systems increases. Divistechs' 6mm planetary coreless systems represent this boundary, transferring stable mechanical energy within compact footprints.
Future motors require closed-loop feedback directly integrated into the motor's housing. Our dual-shaft design allows encoders to mount directly to the rear axis without adding length to the load-transmitting assembly.
Operational noise limits are tightening, particularly for home automation and medical tools. Our custom-molded helical plastic components reduce high-frequency meshing noise, dropping operating levels to under 45dB.
Find answers to technical questions covering customization options, material specifications, and logistics workflows.
Browse our range of mini gearboxes, brushless drives, and stepper configurations built for medical, consumer, and robotic automation systems.
Divistechs Gear Motor