Reducer
A reducer is the epitome of modern engineering brilliance in the realm of power transmission. It is meticulously crafted to decelerate speed with impeccable precision while simultaneously elevating torque to phenomenal levels. Utilizing a sophisticated network of gears or equivalent transmission mechanisms, it transforms a high-speed input shaft into an exceptionally efficient low-speed output, significantly amplifying torque according to a predetermined transmission ratio. This transformation is rooted in the fundamental principles of mechanical transmission, involving a masterfully engineered array of finely tuned gears whose precision dictates the reduction ratio. This guarantees optimal transmission efficiency and maximized torque output, making it a cornerstone of advanced mechanical systems.
Available in a myriad of types including gear reducers, worm reducers, and planetary reducers, these components are integral to industries such as machinery and automotive. They are indispensable in ensuring seamless operations and peak power efficiency in equipment, meticulously customized to accommodate a wide array of complex working conditions. Modern mechanical transmission systems thrive on the adaptability of these reducers, offering seamless integration, stellar performance, and unwavering reliability, which are crucial for today's sophisticated applications and precise demands. They embody the essence of engineering excellence, continually pushing the boundaries of what's possible in mechanical transmission.
In the intricate ecosystems of mechanical engineering, reducers hold paramount importance, expertly fine-tuning equipment speed while elevating efficiency and stability. As technology propels forward, reducers evolve, achieving greater precision, unmatched efficiency, and intelligent, compact designs. They herald a new era of technological sophistication, setting unprecedented industry standards and paving the way for future innovations. They are the harbingers of change, ready to meet the challenges of tomorrow with unmatched prowess and resilience.
| SPECIFICATION |
| Product Name |
Reducer |
| Keywords |
Speed Reducer |
| Origin |
China Mainland & Vietnam |
| Type |
Cycloidal-Pin Gear Speed Reducer,RV Reducer |
| Ratio |
19/31/59-150 |
| Layout |
Coaxial |
| Gear Stages |
Customized |
| Starting And Stopping Peak Torque(Nm) |
50~2200 |
| Backlash(Arcmin) |
1 |
| Machining Equipment |
CNC Lathe, Machining Center, Milling Machine, Turning Machine, Punching Machine, CNC External Grinding Machine, Spark Erosion Machine, Bench Drill Machine, Middle Wire EDM. |
| Inspection |
CMM,Roughness Tester,Micrometer,Hardness Tester,Roundness Tester,Profile Projector,Height Gauge |
| Application |
Packing Industry,Robotic Industry,Automation Industry |
| Lead Time |
1 Week/Samples,1 Month/Mass Order |
| Business Type |
Factory ,OEM,Manufacturer |
| Certification |
IATF 16949,ISO 14001,ISO 9001 |
| After-Sales Service |
Online Service |
| Package Detail |
Poly Bag+ Foam+ Paper Carton+ Wooden Pallet |
| Trademark |
GoSTEM |
| HS Code |
8483409000 |
| *All product parameters are subject to the actual product received. |
REDUCE SPEED AND INCREASE TORQUE
Ingeniously engineered to transform high-speed input into low-speed output while exponentially increasing torque, reducers are crucial for machinery requiring low speed with immense torque, such as cranes and conveyor systems. They empower machines to undertake heavy lifting effortlessly or operate large equipment, ensuring operational efficiency and reliability are consistently maintained. They are the unsung heroes of mechanical systems, tirelessly working to enhance performance and capability.
IMPROVE TRANSMISSION EFFICIENCY
Employing cutting-edge gear design and lubrication technologies, modern reducers significantly augment the efficiency of mechanical energy transmission while drastically reducing energy losses. This visionary innovation slashes energy consumption and elevates overall equipment operational efficiency, setting new benchmarks in energy conservation and performance enhancement. They redefine the boundaries of efficiency, ensuring that every ounce of energy is utilized to its fullest potential.
SMOOTH OPERATION AND LOW NOISE
Meticulously engineered, high-grade reducers are crafted to minimize vibration and operational noise. This expert engineering not only extends equipment longevity but also ensures a tranquil work environment, especially in noise-sensitive areas, enhancing equipment longevity and elevating the user experience to unprecedented levels of satisfaction. They are silent operators, transforming the workplace into a haven of serenity and productivity.
HIGH RELIABILITY AND LOW MAINTENANCE COST
Ongoing advancements in reducer design and manufacturing assure stable performance across a multitude of conditions. With a straightforward internal structure, maintenance is minimal, requiring only occasional lubrication and gear inspections. This simplicity drastically reduces maintenance costs and equipment downtime, delivering exceptional reliability and value. They are cost-effective solutions, providing remarkable dependability and longevity.
STRONG ADAPTABILITY AND WIDE APPLICATION
Reducers demonstrate extraordinary adaptability and versatility, tailored to specific application needs, including gear, worm gear, and planetary reducers. Their extensive use in fields such as industrial automation, automotive, aerospace, robotics, and machine tools renders them indispensable across a diverse range of sectors. They rise to the occasion, addressing complex working conditions with superior performance, solidifying their importance in varied applications. They are the versatile stalwarts, adaptable and ready to tackle a myriad of industrial challenges.
Q1: What information should I provide when selecting a robot arm reducer?
A1: To help us recommend the most suitable robot arm reducer for your application, please provide the following details:
1. Type of robot arm and load requirements
2. Motor model, power, and speed
3. Desired gear ratio or output speed
4. Working conditions (temperature, humidity, vibrations, etc.)
5. Connection type and installation space requirements (e.g., flange size, shaft diameter)
6. Expected product lifespan and quality standards
Q2: How often should the speed reducer be replaced?
A2: Based on the lifespan model developed by our company for the speed reducer, we can estimate the approximate service life depending on your usage frequency and load. This helps remind you to replace the reducer in time, ensuring smooth operation of the production line.
Q3: Are you a manufacturer or a reseller?
A3: We are a manufacturer with over 20 years of experience in machining and metalworking. We have a branch factory in Vietnam
Q4: What's your lead time?
A4: Production typically takes 1 to 4 weeks, depending on the complexity of the order. We will confirm the exact lead time once we have all the details.
Q5: Do you have a minimum order quantity (MOQ)?
A5: No, we don't have an MOQ. Small or trial orders are welcome.
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