Caster wheels for precision and heavy-duty equipment

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From CNC machines to aircraft platforms and steel coil carts, precision and heavy-duty equipment keeps industries running at full strength. Whether it’s stabilizing sensitive instruments or supporting massive industrial loads, at WheelsWay we connect you with casters built for reliability, strength, and control. Heavy loads, precise moves — we’ve got the wheels to keep it rolling.

Semiconductor cleanroom with OHT overhead transport system, automated production machines on leveling casters, and operator in protective suit

Casters for precision and heavy-duty equipment

Stage equipment castors are specialized casters or wheel assemblies designed to provide mobility and ease of movement for various stage-related equipment. These components play a crucial role in the entertainment industry, allowing for the seamless transport and positioning of stage equipment such as flight cases, mobile stages, backstage equipment carts, light stands, sound systems, scenery, and other essential elements of a performance.

Our Products

We provide solutions tailored to the demands of modern supply chains. Discover our full range of casters and wheels for logistics and material handling—engineered to keep your operations moving with efficiency and reliability, and explore the key features below and see how our products can power your equipment and streamline your workflow.

Durability

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Versatility

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Smooth mobility

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Efficiency

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Casters and wheels for precison manufacuring, semi conductive equipment, labtory equipment, precision medical equipment

precision equipment

Set of five medium-duty swivel, rigid, swivel with brake casters with polyurethane, rubber, Nylon,TPR wheels in orange, gray, and red, zinc-plated and black painted steel brackets

Leveling casters

Bracket
A pile of hot rolled and cold rolled steel coils

Hot Rolled / Cold Rolled Steel Sheet

a stainless steel sheet

304 Stainless Steel Sheet

a mounted top plate on a zinc plated caster bracket

Zinc Plating

24~72 hours salt spray test passed

The upper part of a E-coated caster bracket

E-coating

500 hours salt spray test passed

The upper part of a stainless steel caster bracket

Electrolytic Polishing (stainless steel)

1,000 hours salt spray test passed

a medium duty industrial type white plastic wheel with double ball bearings

Plastic Wheel

Bearing options: Double ball bearings

a medium duty industrial type gray TPR tyre on gray plastic core wheel, with double ball bearings

TPR Wheel

Bearing option: Double ball bearings

a medium duty industrial type red PU tyre on light gray plastic core wheel, with single ball bearings

PU Wheel

Bearing options: Single ball bearing

PU Wheel

Bearing options: Double ball bearings

a mounted top plate on a zinc plated caster bracket

Mounting Top Plate

a threaded stem fitting on a zinc plated caster bracket

Threaded Stem

Bolt Hole

Up to 150KGs

Set of six European type swivel, rigid, swivel with brake casters with polyurethane, rubber, Nylon wheels in black, white, gray, blue and red, zinc-plated steel brackets

Low profile casters

Bracket
A pile of hot rolled and cold rolled steel coils

Hot Rolled / Cold Rolled Steel Sheet

a stainless steel sheet

304 Stainless Steel Sheet

a mounted top plate on a zinc plated caster bracket

Zinc Plating

24~72 hours salt spray test passed

The upper part of a E-coated caster bracket

E-coating

500 hours salt spray test passed

The upper part of a stainless steel caster bracket

Electrolytic Polishing (stainless steel)

1,000 hours salt spray test passed

80mm~200mm

  • May vary based on specific wheel.

Nylon Wheel

Bearing options: Plain bushing / Roller bearing / Single ball bearing (can withstand -30℃)

an European type industrial red color PU tyre on white Nylon core wheel, plain bore with steel bushing

PU on Nylon Wheel

Bearing: Plain bushing

an industrial type black rubber tyre on zinc plated steel rim wheel, roller bearing

Black rubber on Steel rim Wheel

Bearing: Roller bearing

an industrial type elastic rubber wheel with blue tyre and black Nylon wheel core

Elastic Rubber on Nylon core Wheel

Bearing options: Roller bearing / Ball bearing

an black elastic rubber tyre on silver aluminum core wheel, double ball bearings

Elastic Rubber on Aluminum core Wheel

Bearing: Double ball bearings

a industrial grade gray color TPR tyre on black plastic core wheel, ball bearing with wheel cap

TPR Wheel

Bearing options: Single ball bearing

a mounted top plate on a zinc plated caster bracket

Mounting Top Plate

a threaded stem fitting on a zinc plated caster bracket

Threaded Stem

Bolt Hole

Up to 300KGs

Extra heavy-duty industrial casters with single and twin polyurethane wheels, swivel and rigid plate mount design, ideal for logistics, warehouse and factory equipment

Extra heavy-duty casters

Bracket
a pile of hot rolled steel plates

Hot Rolled Steel Plate

a mounted top plate on a zinc plated caster bracket

Zinc Plating

24~72 hours salt spray test passed

100mm~360mm

  • May vary based on specific item.
an extra heavy-duty brown PU on steel core wheel

PU on Steel Core Wheel

Bearing: Double ball bearings

a mounted top plate on a zinc plated caster bracket

Mounting Top Plate

Up to 8,000KGs

Standards We Follow

caster brake test machine
EN12527

EN 12527 is the foundational European standard that defines how to test the performance of caster wheels and castors. It specifies in detail the test methods and apparatus used to evaluate factors like strength, durability, and safety. (standards.iteh.ai). This standard itself does not set the pass/fail values for every caster type; instead, it provides general procedures. Specific acceptance criteria for different caster categories (furniture, medical, industrial, etc.) are given in the respective specialized standards

EN 12530 specifies the technical requirements, dimensions, and testing criteria for castors and wheels used in manually propelled institutional applications. This standard covers medium-duty equipment castors found in public and institutional facilities such as shops, restaurants, hotels, schools, and hospitals. Castors under EN 12530 may include features like wheel brakes or swivel locks, as these are common in carts and equipment used in such environments. The standard ensures that these casters meet appropriate safety and performance levels for frequent manual handling in public spaces

EN 12531 is a dedicated standard for hospital bed casters, reflecting the specialized requirements of medical beds. It specifies the technical requirements, standard dimensions, and testing conditions for swivel castors used on hospital beds. This standard applies to hospital bed castors that are typically larger in diameter (100 mm or above) and equipped with a central locking mechanism. In practice, central locking allows a set of casters to be locked or unlocked simultaneously for patient safety and ease of movement. The scope of EN 12531 primarily covers swivel casters in this medical context, ensuring they meet strict safety and performance needs.

EN 12532 addresses transport castors and wheels intended for industrial applications where equipment is moved at speeds up to 1.1 m/s (4 km/h). This is roughly a fast walking speed, indicating the standard is for carts or trolleys that might be pushed or towed slowly in warehouses or factories. The standard lays out technical requirements, dimensions, and testing for casters used on non-powered or hand-towed industrial transport equipment. EN 12532 explicitly excludes certain categories: it does not apply to furniture or office chair casters, institutional or hospital bed casters, or any powered/driven equipment casters. Those excluded categories are covered by other standards (e.g., furniture by EN 12528/12529, hospital by EN 12531, and higher-speed driven equipment by EN 12533). Essentially, EN 12532 is focused on wheels and castors for manually propelled or tugged industrial carts and platform trucks operating at low speeds.

EN 12533 is the standard for heavy-duty castors and wheels used in applications where travel speeds are higher than walking pace – specifically over 1.1 m/s (4 km/h) and up to 4.4 m/s (16 km/h). It covers castors (including any accessories like brakes) designed for mechanical or power-driven applications in this speed range. This means equipment that is either powered or towed by a vehicle, moving at moderate running speeds. EN 12533 represents the upper end of caster usage, where significant dynamic forces occur due to higher speeds. The standard sets out technical specs, dimensions, and required tests to ensure safety and performance at these speeds. Importantly, EN 12533 excludes certain wheel types: pneumatic-tyred wheels (inflatable wheels) and dedicated drive wheels are not covered, as those may fall under other vehicle or machinery standards.

Tailored OEM Solutions for your business

Designing and manufacturing custom casters for an OEM project involves several stages, we follow a detailed step-by-step process to ensure that your project runs smoothly and without any problems

Project planning
  • Define requirements: Understand the customer’s specific needs and requirements. Consider special attachments, test standards, and industry standards. Give suggestions to improve the caster performance if the customer wants to eliminate the failure issues from their existing casters. 

  • Material selection: Select appropriate wheel materials for the casters based on factors like load capacity, environmental conditions, and durability requirements.

  • Project scope: Clearly define the scope of the caster project, including the purchasing quantity of casters, materials, caster sizes, packing requirements, and any custom specifications.
  • Technical Drawings: Make detailed 2D/3D technical drawings of the caster based on the customer’s requirements or samples.

  • Initial quotation: After the drawing is confirmed, make an initial quotation (unit price, mold tooling cost, customized packing material cost, etc) and the 
  • Prototyping:  Develop prototypes to test the functionality and performance of the casters. It can be a 3D printing model or a small batch for initial testing.

  • Timeline: Estimate the timeline for the project. Ensure that the customer’s expectations align with the available resources and timeframe.
  • Tooling and Equipment Setup:  On the basis of the finalized design, set up and adjust the necessary tooling and equipment for mass production.

  • Production of Components:  Manufacture individual caster components such as wheels and frames, according to technical specifications in confirmed drawings.

  • Surface Treatment: Apply surface treatments to enhance the aesthetics, corrosion resistance, hardness, or other functional aspects of the casters.

  • Assembly: Assemble the casters, making sure that each unit meets the design specifications and quality standards.

  • Load Testing: Test the casters according to the dynamic load test standard, such as EN12532, or conform to the test requirements of the customer. To ensure that the casters can handle the specified weight capacities without failure.

  • Durability Testing: Test the casters for durability under various conditions, such as different floor surfaces and temperature extremes, according to the customer’s demand.

  • Quality Control Checks:  Implement ISO9001 quality control measures throughout the manufacturing process. Identify and correct any defects.

  • Warranty: Clearly define and communicate the warranty terms for the casters.
  • Packaging: Develop packaging solutions that protect the casters during transportation and storage.

  • Shipping Logistics: Plan and coordinate the logistics for shipping the casters to the client, and confirm the paperwork details with the customer, such as invoice and packing list, bill of lading, Certificate of Original, Form E, etc.

Customer Support:  Provide ongoing support to address any queries, concerns, or further needs that the client may have after receiving the casters.

Frequently asked questions

How do I choose the right industrial casters for logistics and material handling needs?

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