Step into a new era of mechanical power transmission with our CAVEX Series Plane Envelope Toroidal Worm Reducer. When you run your hands along the robust, precision-cast housing, you immediately feel the industrial-grade craftsmanship designed to withstand the most punishing factory environments. Unlike standard gearboxes that emit high-pitched whines and suffer from severe vibration under heavy loads, this reducer operates with a reassuringly deep, quiet hum. This acoustic signature is a direct testament to its flawlessly machined internal components and superior meshing geometry. By integrating an advanced toroidal worm design, it efficiently transforms raw motor power into smooth, relentless torque, solving the persistent problem of mechanical fatigue and frequent breakdowns in heavy machinery.
The meticulously applied industrial coating not only gives the equipment a sleek, professional appearance but also serves as an impenetrable shield against corrosive atmospheres, chemical exposure, and harsh outdoor elements. Every rotation inside this unit represents a perfect harmony of high-strength alloy steel and wear-resistant bronze, ensuring that your production lines keep moving without costly interruptions. You are not just installing a standard piece of equipment; you are integrating a highly reliable, heavy-duty heartbeat into your mechanical infrastructure, explicitly designed to elevate your operational efficiency, protect your bottom line, and outlast conventional transmission systems.
Technical Parameters
| Input power | 0.82kw~582.5kw |
| Output torque | 384N.m~77978N.m |
| Transmission ratio | 10~63 |
| Price | 3500~500000 yuan |
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Elevate your industrial capabilities with a reducer engineered specifically to overcome the structural limitations of traditional transmission systems. The CAVEX Series is meticulously crafted to deliver exceptional performance, ensuring that your heavy-duty applications operate with unprecedented reliability and pinpoint precision.
The unique double-enveloping design allows for multiple teeth to engage simultaneously, fundamentally changing how load is distributed across the gear mechanism. This advanced geometry drastically reduces the specific pressure on any single tooth, preventing premature mechanical failure.
Simultaneous multi-tooth engagement with a contact ratio of ≥ 4.
Significantly extended contact line length for superior load distribution.
Highly compact structural footprint, saving valuable installation space in crowded facilities.
At the core of this unit lies a high-strength alloy steel worm paired with a highly wear-resistant bronze worm wheel. Machined using state-of-the-art CNC technology, these internal components exhibit minimal contact stress even during continuous, high-intensity operations.
Premium alloy steel and bronze composition for maximum wear resistance.
High-precision CNC machining ensures flawless component interplay.
Lifespan extended to 2 to 4 times that of conventional reducer designs.
Engineered with a large lubrication angle, the internal geometry promotes an excellent hydrodynamic oil film. This creates a near-frictionless environment that keeps heat generation to an absolute minimum, protecting the integrity of both the oil and the metal surfaces.
Exceptional fluid dynamic oil film conditions for ultra-low friction coefficients.
Minimal heat generation preserving the mechanical properties of the gear teeth.
Flexible cooling options available, including natural, fan-assisted, or water-cooling configurations.
Our plane envelope toroidal worm reducer is not just a standalone component; it is a comprehensive engineering solution designed to adapt to a multitude of rigorous industrial dimensions. From energy conservation to strict maintenance protocols, every aspect is optimized for large-scale operational excellence.
By utilizing the advanced plane envelope design, this unit maximizes the transfer of kinetic energy from the prime mover to the actuator. It directly translates to significantly improved energy utilization across your plant, cutting down on wasted electrical power.
Achieves a remarkable transmission efficiency ranging from 85% to 95%.
Delivers a load capacity and output torque 2 to 3 times higher than traditional Archimedes worm gears.
Dramatically enhances overall facility energy efficiency and operational output.
The optimized tooth profile guarantees that the equipment runs incredibly smoothly even under the most punishing heavy loads. Every single unit undergoes rigorous load testing before leaving our manufacturing facility, ensuring absolute compliance with international quality standards.
Engineered for exceptionally low vibration and minimal acoustic noise.
Maintains smooth, uninterrupted operation during sudden heavy load spikes.
Strict factory load-testing guarantees out-of-the-box reliability.
We understand that no two industrial setups are exactly alike. Therefore, we offer a wide array of standard assembly configurations, alongside dedicated engineering support to modify the reducer for highly specialized environmental or spatial constraints.
Multiple assembly formats available including TPG, TPU, TPA, and TPS.
Covers an extensive range of center distances (80mm to 500mm) and transmission ratios.
Full support for non-standard customization tailored to unique industrial applications.
Thanks to its immense load-bearing capacity and pinpoint precision, this reducer is the preferred choice for critical sectors. It seamlessly integrates into environments where mechanical failure is simply not an option, driving the core machinery of modern industry.
Ideal for extreme-duty environments like metallurgy plants and mining operations.
Perfectly suited for heavy lifting cranes, shipping vessels, and construction machinery.
Highly effective in chemical processing, food production, and aerospace automated lines.
Sourcing critical industrial components requires a partner you can trust implicitly. We stand as a beacon of reliability in the mechanical transmission manufacturing sector, dedicated to empowering your operational success through superior engineering, transparent processes, and unwavering support.
By partnering directly with the source factory, you eliminate unnecessary intermediaries. This ensures you receive highly competitive pricing structures for your procurement needs, alongside direct access to our core engineering teams for rapid technical resolutions.
Elimination of middleman markups for cost-effective large-scale procurement.
Direct communication channels with senior mechanical engineers for technical support.
Priority manufacturing scheduling to meet tight project deadlines.
Quality is embedded in every metallic grain of our products. From raw material inspection to the final multi-stage load testing, our ISO-compliant quality control systems guarantee that every reducer delivered to your facility is ready for immediate, heavy-duty deployment.
Comprehensive material testing prior to the CNC machining process.
Strict adherence to JB/T9051-1991 and JB/T9051-1999 manufacturing standards.
Worry-free operational guarantee backed by meticulous factory inspections.
Our commitment extends far beyond the point of delivery. We provide extensive technical documentation, installation guidance, and responsive troubleshooting services. Our logistics network is optimized for timely deliveries worldwide, ensuring your project timelines are met with absolute precision.
Dedicated after-sales service teams available for rapid troubleshooting.
Cooperative logistics networks ensuring safe, timely, and trackable global delivery.
Complete provision of maintenance manuals and standardized usage regulations.
Navigating the technical nuances of heavy-duty transmission equipment can be complex. Below, our engineering team has compiled detailed answers to the most common inquiries regarding the installation, operation, and maintenance of our toroidal worm reducers to help you establish a flawless equipment management process.
If the operating oil temperature rises above 80°C, or the oil pool temperature surpasses 100°C, or if you hear any abnormal noise, you must halt operation immediately. This thermal spike often indicates excessive friction, overloading, or degraded lubrication. You must investigate the root cause, eliminate the mechanical fault, and completely replace the lubricating oil before restarting the machinery.
The initial break-in period of any high-precision gear system generates microscopic metal shavings. Therefore, the first oil change must occur after 200 to 300 hours of operation. For ongoing maintenance under normal continuous operation, replace the oil every 2500 hours or once every six months. Always drain the oil while the unit is still warm—but after it has cooled down enough to eliminate combustion risks—to ensure the oil viscosity is low enough to flush out impurities effectively. Remember to disconnect the power supply before performing this maintenance.
You must never mix different brands of lubricating oil. Different manufacturers use varying chemical additives that may react adversely with one another, breaking down the essential hydrodynamic oil film and causing accelerated wear. However, it is permissible to mix oils of the exact same brand that have different viscosities, provided the resulting blend meets the specific operational requirements of your ambient environment.
Traditional Archimedes worm gear designs usually engage only one or two teeth at a time, concentrating all the mechanical stress on a very small area. Our plane envelope toroidal design ensures a contact ratio of four or more teeth simultaneously. This drastically spreads the mechanical load and contact stress across a much wider surface area, reducing localized wear, preventing tooth deformation, and extending the unit's lifespan by two to four times compared to standard models.
Absolutely. As a primary manufacturer, our engineering department specializes in non-standard customizations. Whether you require a specific center distance outside the standard 80mm to 500mm range, need customized input/output shaft dimensions, or require integrated water-cooling jackets for high-ambient temperature environments like steel foundries, we can tailor the internal geometry and external housing to match your exact specifications.
