Machinery Sliders™
Use & Benefits

Effortless Dock Plate Transitions:

Navigating the abrupt, angled lips of dock plates and building sill plates when loading ocean cargo containers is a breeze on nonmetallic sliders. Because they feature no wheels, axles, or internal roller bearings, there is no hardware to bind, catch, or stall at the threshold transition point.

The “Push and Leave” Extraction Strategy:

As every machinery mover and professional rigger knows, pushing a bulky, multi-ton asset deep into a narrow cargo container introduces a dangerous final problem: How do we safely get our expensive dollies or skates out from beneath the machine frame?

Attempting to extract standard rigger skates inside a packed container forces crew members into cramped spaces with limited escape routes, working with heavy toe jacks next to a finalized load.

Machinery Sliders™ eliminate this operational risk entirely. Because they are highly cost-effective, crews can simply push the machine into its final container destination, leave the sliders resting under the load points, and lash the asset down directly over the blocks. They serve as reliable, low-profile transit dunnage for the entire ocean or rail voyage, writing off cleanly as expendable shipping materials.

                     CONTAINER LOADING WORKFLOW                                                                  

     Slide Into Enclosure -> Leave Sliders Under Frame    

     Lash Down Over Blocks -> Skip Confined-Space Jacking

Managing Tall & Top-Heavy Machinery Risks

Industrial assets featuring tall, narrow profiles or high internal centers of gravity—such as vertical machining centers, press brakes, and electrical control cabinets—present an inherently high-risk during facility relocation.

This is where slides significantly outperform traditional industrial machine skates and tall dollies. Tipping accidents are driven primarily by how high an asset is lifted off the ground. Standard wheeled rigging gear lifts a machine 4 to 6 inches into the air, creating a dangerous drop distance if a single skate slips or tilts into a floor expansion joint.

Standing at a mere 3/8″ (single-direction) to 1″ (multi-directional) high, sliders keep the equipment frame practically flush with the floor surface. Lowering this pivot point is the most effective engineering method to eliminate tip-over momentum. If an unexpected floor variance occurs, the machine frame simply thumps the concrete, dropping a fraction of an inch to an immediate stop.

Additionally, when overhead clearance path structures leave your crew with only an inch of safety margin, the minimal thickness of a slider can swing a project’s profit margin from losing money on field teardowns to saving money on a fast, fully assembled move.

Enhancing Short-Term Storage Logistics

The financial advantages of leaving low-cost sliders under an asset extend directly into factory warehousing and short-term equipment storage yards. Staging your inventory on sliders protects finished facility floors from long-term point-load compression damage while keeping the machinery permanently mobile.

This is especially effective when deploying round, multi-directional sliders. If an asset needs to be rearranged or brought to the loading bay during storage:

1. Attach a Tow Line: Loop a rated rigging strap or tow chain directly to your warehouse forklift carriage.
2. Anchor to the Asset: Connect the line securely to the machine’s factory pull points.
3. Execute the Relocation: Tow the machine across the floor with complete 360-degree rotational tracking control, skipping all initial hydraulic lifting and jacking setup phases completely.

Slashing Job Costs While Reducing Injury Risks

Executing field projects safely without crew injuries while protecting a solid operational profit margin is the definition of a successful rigging job. By swapping out 100 lb steel dollies for 1.3 lb polymer pads, you directly eliminate the heavy lifting, carrying, and positioning strains that cause cumulative back, knee, and shoulder injuries across a full work shift.

Because of this daily utility, professional machinery movers keep an assortment of all slider styles—single-direction arrows, round multi-directionals, and recessed pad blocks—fully stocked inside every on-site gang box. While they are not a universal replacement for wheels on mile-long straight hauls, they provide the safest, fastest, and most efficient solution for the vast majority of tight facility installations.