Ball Transfers

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Solid body steel ball transfers were designed for heavy and impact load applications. The units incorporate a seal and self cleaning hole for maximum efficiency and smooth running. They are machined with solid steel bodies and hardened work surfaces. Steel models are steel bodies with chrome steel. Hardness 60-66 HRC, zinc plated finish. Stainless models have stainless bodies A1S1 303 and stainless bearings A1S1 420 or 440, bright machined. All dimensions are in millimeters. Other styles with higher load capacity available as special orders.

Flange mounted ball transfers offer a low profile, multi-directional solution to various material handling, positioning, and/or conveyance applications. All units, except the stainless steel model, come complete with a felt seal. The stainless steel unit is made from 420 stainless steel and has a unique multi-hole filtration system designed to purge out contamination and is provided with no oil/no seal, which allows the unit to operate in harsh conditions by efficiently filtering out debris through the base. Other styles with higher load capacities are available as specials. Please contact us for details. Metric dimensions are in millimeters.

Used for heavier loads than ball casters. Ball transfers use a recirculating ball system to support and facilitate the rotation of the primary ball. The small balls travel on a hardened steel, precision machined track that resists wear and damage. Runs equally well in any position. Ideal where damage and impact protection is essential. Ball units provide instantaneous change of direction not possible with wheel casters.

Zinc plated housing with Type 420 stainless balls. A felt seal is included on all but SKF-701. Maximum temperature is 212 degrees F. Dimensions are in millimeters.

Shears, presses and molding machines are just a few of the many applications where open loaded ball transfers can be used. A press for example may have spring loaded ball units set in the platen to facilitate the on and off loading of the workpiece. When the press operates the springs compress and the ball units sink below the surface - leaving the workpiece on a firm base. When pressure is released the ball units rise allowing the ball to roll, enabling the workpiece to be removed easily. Steel bodies with hardened carbon steel balls. "A" style flanges have three equally spaced holes on bolt center diameters (BCD).

Shears, presses and molding machines are just a few of the many applications where open loaded ball transfers can be used. A press for example may have spring loaded ball units set in the platen to facilitate the on and off loading of the workpiece. When the press operates the springs compress and the ball units sink below the surface - leaving the workpiece on a firm base. When pressure is released the ball units rise allowing the ball to roll, enabling the workpiece to be removed easily. Steel bodies with hardened carbon steel balls. "A" style flanges have three equally spaced holes on bolt center diameters (BCD).