As a professional track undercarriage manufacturer, Kemer specializes in the production of track undercarriages, hydraulic winches, planetary gearboxestravel drives, winch drives, swing drives, and hydraulic motors . Serving global brand owners, wholesalers, and equipment manufacturers, we deliver OEM-ready, application-specific track undercarriage systems engineered for durability, load stability, and lifecycle efficiency.
Unlike generic suppliers, Kemer focuses on engineering-driven manufacturing, ensuring that every crawler track undercarriage is optimized for real operating conditions—from construction and mining to agricultural, forestry, and custom special vehicles.
A track undercarriage is the load-bearing and mobility foundation of tracked vehicles. Its design directly impacts:
* Machine stability
* Ground pressure distribution
* Traction efficiency
* Component wear rate
* Total cost of ownership
For OEM buyers, choosing the right track undercarriage manufacturer is not only a sourcing decision—it is a long-term engineering partnership.
A complete crawler track undercarriage typically includes:
* Track frames
* Crawler tracks (rubber or steel)
* Drive motors & sprockets
* Idlers and rollers
* Tensioning systems
* Mounting interfaces
Each component must work as a mechanically balanced system, not as isolated parts.

Many competitors focus on catalog-based products. However, OEM and brand customers often face:
* Non-standard chassis geometries
* Variable load distributions
* Unique hydraulic interfaces
* Specialized operating environments
A professional track undercarriage manufacturer must support customization at the system level, not just part replacement.
* Premature roller and track wear
* Mismatch between hydraulic output and drive motors
* Structural fatigue in track frames
* Poor compatibility with existing vehicle platforms
Kemer addresses these challenges through engineering validation and application-based design.
Kemer designs crawler track undercarriages based on:
* Vehicle weight & payload
* Operating terrain
* Duty cycle intensity
* Hydraulic system parameters
This ensures balanced load transfer, optimized traction, and reduced long-term maintenance.
As a hydraulic systems specialist, Kemer aligns:
* Track drive torque
* Flow rate
* Pressure limits
* Heat dissipation
This integration significantly improves drive efficiency and component lifespan, a key differentiator from purely mechanical suppliers.
| Feature | Rubber Track Undercarriage | Steel Track Undercarriage |
|---|---|---|
| Ground Protection | Excellent | Moderate |
| Noise & Vibration | Low | Higher |
| Load Capacity | Medium | High |
| Terrain | Urban, soft ground | Mining, rocky terrain |
| Maintenance Cost | Lower | Higher |
A qualified track undercarriage manufacturer should help OEM clients select and optimize, not simply sell.

* Reinforced cross-sections
* Optimized stress distribution
* Anti-deformation welding structures
Improper spacing leads to:
* Uneven wear
* Increased rolling resistance
* Track derailment risks
Kemer uses finite load modeling to define optimal layouts.
A true track undercarriage manufacturer must control process quality, not just output volume.
* CNC machining for critical interfaces
* Heat treatment for wear components
* Dimensional tolerance verification
* Assembly torque validation
These steps ensure repeatability for OEM mass production.
Many competitors emphasize upfront price. Kemer emphasizes total lifecycle cost.
* Reduced warranty claims
* Lower spare parts frequency
* Improved machine uptime
* Stronger end-user satisfaction
This approach strengthens OEM brand reputation, not just short-term margins.
Special vehicles often require:
* Compact width constraints
* Asymmetric load distribution
* Custom mounting brackets
Kemer supports platform-specific undercarriage architecture, enabling OEMs to:
* Shorten development cycles
* Reduce re-engineering costs
* Accelerate market launch
As an export-oriented track undercarriage manufacturer, Kemer supports:
* Small batch prototyping
* Medium-volume OEM production
* Long-term supply contracts
With standardized process control, we ensure consistent quality across batches.

Professional OEM buyers require:
* Technical drawings
* Load calculations
* Installation guidelines
* Maintenance manuals
Kemer provides complete engineering documentation, supporting compliance and after-sales service.
Before selecting a supplier, OEM buyers should evaluate:
1. Engineering customization capability
2. Hydraulic system compatibility
3. Manufacturing quality control
4. Lifecycle cost strategy
5. Long-term supply reliability
Kemer meets all five criteria as a trusted track undercarriage manufacturer.
If you are developing or upgrading tracked special vehicles, Kemer offers OEM-focused track undercarriage solutions engineered for durability, performance, and scalability.
Contact Kemer today to discuss your application requirements and receive a customized engineering proposal.
Kemer serves construction, mining, agriculture, forestry, and custom special vehicle manufacturers worldwide.
Yes. We design application-specific undercarriage systems based on load, terrain, and hydraulic requirements.
Yes. We provide full OEM services including branding, documentation, and private labeling.
Through engineering-based design, strict quality control, and lifecycle optimization.
Yes. We manufacture and integrate both rubber and steel track undercarriage solutions.
Kemer is a professional track undercarriage manufacturer specializing in OEM crawler track systems for special vehicles. With engineering-driven design, hydraulic integration, and lifecycle optimization, Kemer delivers reliable, scalable undercarriage solutions for global brands.
This article reviews the Top 10 Equipment Undercarriage Manufacturers in China, highlighting Kemer and other key suppliers of crawler systems and undercarriage parts. It helps global OEMs and distributors choose reliable partners for tracked machinery projects.
This article provides a comprehensive guide on how to install steel tracks on an excavator, emphasizing the importance of proper installation for performance and safety. It covers preparation, step-by-step installation, common issues, and maintenance tips to ensure longevity. Regular inspections and adherence to manufacturer guidelines are crucial for optimal performance.
Discover the top 10 Rubber Track System Manufacturers in China, including Ningbo Kemer and other leading undercarriage suppliers. Learn how these manufacturers deliver customized rubber track systems, integrated drives, and complete crawler solutions for global OEM machinery.
This article reviews the top 10 Skid Steer Track Loader Manufacturers in China, explaining their strengths, market positioning, and export capabilities, and shows how component expert Kemer supports OEM loaders with advanced tracked chassis and drive solutions for global buyers.
Discover the top 10 Crawler Track Undercarriage Manufacturers in China, including Kemer, Yijiang and more. Learn how integrated crawler track undercarriage, hydraulic winch, planetary gearbox and travel drive solutions support global heavy equipment OEMs.
Discover why the planetary gearbox is used in modern machinery. Learn how its high torque density, compact design, and efficiency benefit travel drives, winch drives, swing drives, and servo systems, and why manufacturers like Kemer rely on planetary gearbox solutions.
This article explains who makes planetary gearbox solutions worldwide, covering industrial, precision, and mobile manufacturers. It highlights Kemer as a supplier of planetary gearbox drives with tracked undercarriages and winches, and outlines key criteria for choosing the right gearbox partner.
This article explains when to use a planetary gearbox in mobile machinery, industrial automation, robotics, and energy systems. It covers advantages, applications, selection tips, and FAQs to help engineers specify the right planetary gearbox for demanding projects.
This article explains step-by-step how to safely take apart a planetary gearbox, covering safety, draining oil, dismantling carriers, gears, and bearings, inspection practices, reassembly checks, and FAQs for maintenance and overhaul technicians in demanding applications.
This article explains how to safely take apart a Laird mixer planetary gearbox, covering safety rules, preparation, step‑by‑step disassembly, inspection, and reassembly considerations, with practical tips and maintenance advice to keep mixer planetary gearbox drives reliable.
This article explains, step by step, how to model a working planetary gearbox in SolidWorks, from defining gear parameters and building sun, planet, and ring gears to assembling, adding gear mates, running motion studies, and creating parametric planetary gearbox families for real Kemer machinery.
This article explains what equipment hydraulic winches are used on and why industries choose hydraulic winch technology for marine, construction, mining, forestry, recovery, oil and gas, and industrial applications, highlighting integration with modern hydraulic drives and safety features.
Learn how to take apart a DP 608 hydraulic winch step by step, from safe isolation and removal to detailed brake, drum, and shaft disassembly. This practical guide helps technicians prepare every hydraulic winch component for inspection and professional rebuild.
Rebuild a hydraulic winch step by step with this practical guide. Learn how to inspect, disassemble, repair, reassemble, and test a hydraulic winch, plus maintenance tips, safety advice, and answers to common hydraulic winch questions.
This article explains how to power a hydraulic winch system, from choosing pumps, power packs, and valves to designing circuits, ensuring safety, and optimizing performance for industrial, marine, and off‑road applications. Ideal for OEMs and engineers planning winch drives.
This article explains step‑by‑step how to install a Mile Marker hydraulic winch, from mounting and valve assembly to hydraulic plumbing, wiring, bleeding, and testing, with practical safety tips to ensure reliable, long‑term operation of your hydraulic winch system.
This article explains how to identify a Mile Marker hydraulic winch through tags, serial numbers, capacity ratings, and hydraulic circuit clues, and shows how Kemer can support upgrades, replacements, and integrated hydraulic winch solutions for demanding global applications.
This comprehensive guide explains how to hook up a hydraulic winch to a Jeep, from planning, mounting, and hydraulic plumbing to safe operation and maintenance, helping global off-road users build a reliable, continuous-duty recovery system.
This in‑depth guide explains how to hook up a hydraulic winch, from planning and mounting to hydraulic plumbing, bleeding, testing, and safe operation. Learn how to size pumps, route hoses, and maintain a hydraulic winch for reliable, high‑power pulling performance.
Learn how to operate a hydraulic winch safely and efficiently. This in‑depth guide covers components, operating steps, safety practices, advanced tips, maintenance, and FAQs so you can get maximum performance from any hydraulic winch system.