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Our U.S. manufacturing operations are located in Wisconsin, Indiana, Michigan, California.
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Repair & Replacement
Dynatect’s custom molding division, Ro-Lab has developed a reputation for solving problems and has experience in all phases of rubber and polyurethane production. In addition to custom molding and elastomer material formulation, standard molded replacement wear parts are available for quick delivery.
Dynatect Ro-Lab Brochure
Molded Part RFQ Online
Molded Part RFQ PDF
Construction Wear Parts
Ro-Lab
Custom Rubber Molding
Custom Urethane Molding
High-Performance Urethane Wheels
High-Performance Wheels engineered for strength, and resistance.
Pitching Machine Wheels
Plastic Injection Molding
Rod & Pipe Wipers
Durable rubber wipers designed to remove mud and fluids from rods and shafts in HDD applications.
Urethane Bumpers & Fender Flares
Custom urethane bumpers and fender flares for buses and other vehicles.
Urethane Foam Components for Medical Devices
Custom urethane foam components for medical and surgical devices.
Data center inspection robots and autonomous platforms require wheels that deliver precision, durability, and reliability in demanding environments. Dynatect’s high-performance urethane wheels are engineered to keep robotic systems moving smoothly and efficiently.
Dynatect delivers urethane wheels that combine precision engineering and proven reliability—ideal for autonomous navigation in data center environments.
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Medical urethane foam — engineered for patient comfort, device protection, and reliable performance in clinical and surgical environments. Dynatect designs and manufactures custom urethane foam components for medical and surgical devices—including on‑patient supports, surgical‑procedure positioning aid, and advanced overmolded or skinned foam assemblies. We help you refine materials, geometry, and finishing to support ergonomic needs and regulatory considerations such as ISO 10993 and USP Class VI pathways.
Dynatect makes a wide variety of custom formed rubber components for military/defense applications (not shown). This includes a custom molded silicon rubber pad that is used to store and transport 8” diameter missiles. This also includes a rubber exhaust hose used on naval applications. Dynatect has broad molding capabilities including insert molding, close tolerance molding (including RMA-A1 standard), and combining two elastomers with different hardness into one molded product.
Dynatect designs and manufactures custom molded bumper and fender flare components using advanced rubber and polyurethane materials. These solutions are engineered to perform in demanding transportation, industrial, and specialty equipment environments.
Track pads are frequently bought for milling machines, excavators, cranes, dozers, pavers, curb-and-gutter machines, and trenchers. Abrasion-resistant track pads enable asphalt paving equipment to travel over existing pavement while minimizing damage to the pavement. Dynatect uses a patented urethane chemistry designed for its superior dry sliding abrasion resistance, high-traction, high-utilization, and longer-lasting performance. Due to the unique chemistry, Dynatect track pads outperform other track pads on the market.
Dynatect provides full support through every step of the component life cycle: part design, material selection, process selection, prototyping, and production. It begins with the design collaboration and continues with first article inspections, dimensional validation and part traceability.
Facing a wear, impact, chemical, or performance problem? Start by describing your application and operating environment.
Examples:
Our engineers evaluate the root cause and performance requirements to recommend the right material and design.
We consider factors such as:
Supporting services include:
Based on your application requirements, we select the elastomer formulation best suited to solve your performance challenge.
Material options include:
Once the material is selected, we choose the production process that delivers the durability, consistency, and cost efficiency your application requires.
Manufacturing capabilities include:
AGV wheel wear is a common challenge in warehouse automation, robotics, and material handling applications. Continuous operation, frequent direction changes, and aggressive acceleration can shorten wheel life and increase maintenance costs. Read how a leading warehouse operator improved durability, reduced replacements, and optimized AGV performance with a specialized wheel solution.
Dynatect offers a variety of custom molding processes to meet the performance, durability, and production requirements of industrial applications. Capabilities include polyurethane molding, rubber molding, compression molding, injection molding, reaction injection molding (RIM), and other specialized elastomer manufacturing methods. Each process is selected based on factors such as part geometry, material properties, production volume, and operating environment to deliver the most effective solution for the application.
Dynatect manufactures a wide range of custom molded products designed for demanding industrial environments. Common applications include wheels, rollers, protective covers, machine components, vibration-dampening elements, impact-resistant parts, bellows components, seals, and OEM replacement products. Whether customers require a completely new design or an enhanced version of an existing component, Dynatect can develop molded solutions tailored to specific performance and operational requirements.
Dynatect molded products are used across numerous industries where durability, wear resistance, and long service life are critical. Customers include manufacturers of automation systems, robotics, material handling equipment, industrial machinery, medical devices, agricultural equipment, construction equipment, and specialty vehicles. Dynatect’s experience supporting diverse applications enables the development of molded components that perform reliably in harsh operating conditions and high-cycle environments.
Material selection is one of the most important aspects of a successful molded product. Dynatect works with a variety of materials including polyurethane, rubber, silicone, thermoplastics, and custom elastomer formulations. Material recommendations are based on factors such as load requirements, temperature exposure, abrasion resistance, chemical compatibility, flexibility, and expected service life to ensure optimal performance in the intended application.
Dynatect’s engineering team works closely with customers to determine the most suitable material for each application. During the design process, factors such as operating environment, impact forces, load capacity, wear conditions, exposure to chemicals, and performance objectives are evaluated. By matching material properties to real-world requirements, Dynatect helps customers improve product longevity, reduce maintenance requirements, and maximize overall system performance.
Yes. Dynatect frequently helps customers replace worn, obsolete, or underperforming molded components. Existing parts can often be reverse engineered using physical samples, drawings, CAD models, or performance specifications. The replacement component can be manufactured to match the original design or improved through updated materials, enhanced durability, or optimized geometry to better meet current application demands.
Polyurethane molded components offer an excellent balance of durability, flexibility, and performance. Compared to many traditional materials, polyurethane provides superior abrasion resistance, high load-bearing capability, excellent impact resistance, and long service life. These characteristics make polyurethane an ideal choice for applications such as wheels, rollers, bumpers, and protective components that must withstand continuous use in demanding industrial environments.