Battery Powered Industrial Machine Skates for Machine Relocation

ygmachineryexpert - 10 November 2026 - 3:06 pm

A large injection molding manufacturer in France planned a full production line upgrade and needed to relocate multiple heavy injection molding machines, molds, and auxiliary heavy units within its workshop. The workshop featured narrow aisles and numerous columns; the equipment was high-value and required zero tolerance for damage during movement. As required by local rules, all handling equipment must comply with EU safety standards. After evaluating multiple suppliers, the factory purchased our battery powered industrial machine skates to complete the whole production line relocation.

Parameters

Model	10T	20T	25T	30T	40T	50T	60T
Motor	500W x2Brake 104Flange reinforced gearbox	750W x2Brake 104Flange reinforced gearbox	1000W x2Brake 104Flange reinforced gearbox	1200W x2Brake 120Flange reinforced gearbox	1500W x2Brake 120Flange reinforced gearbox	2000W x2Brake 120Flange reinforced gearbox	3000W x2Brake 120Flange reinforced gearbox
Controller	D2T80ADual-channel driver	D2T80ADual-channel driver	D2T100ADual-channel driver	D2T100ADual-channel driver	D2T200ADual-channel driver	D2T200ADual-channel driver	D2T220ADual-channel driver
Remote Controller	C7 remote controller	C6/C7 remote controller or industrial remote controller	C7 remote controller	C7 remote controller	C6/C7 remote controller or industrial remote controller	C7 remote controller or industrial remote controller	C7 remote controller or industrial remote controller
Battery Spec.	48V 30AHTernary lithium	48V 60AHTernary lithium or LFP	48V 60AHTernary lithium or LFP	48V 60AHTernary lithium or LFP	48V 120AHTernary lithium or LFP	48V 120AHTernary lithium or LFP	48V 120AHTernary lithium
Working Current	25A	60A	60A	60A	120A	120A	120A
Charging Voltage	54.6V	54.6V	54.6V	54.6V	54.6V	54.6V	54.6V
Drive Wheel	80*120x4High-hardness fully imported PU	90x135x4High-hardness fully imported PU	90x135x4High-hardness fully imported PU	90x135x4High-hardness fully imported PU	140x140x4High-hardness fully imported PU	140x140x4High-hardness fully imported PU	140x140x8High-hardness fully imported PU
Gear	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module	Luomengtai high-strength gear3-module
Plate	10mmQ355 manganese steel plate	10mmQ355 manganese steel plate	12mmQ355 manganese steel plate	12mmQ355 manganese steel plate	16mmQ355 manganese steel plate	16mmQ355 manganese steel plate	16mmQ355 manganese steel plate
Traction Capacity	10T	20T	25T	30T	40T	50T	60T
Load Capacity	10T	10T	12.5T	15T	20T	25T	30T
Overall Size	500x550x145mm	670x620x165mm	670x635x165mm	740x640x185mm	810x800x182mm	810x800x182mm	1110x800x185mm
Flange Disc	290MM diameter	290MM diameter	290MM diameter	290MM diameter	290MM diameter	290MM diameter	290MM diameter
Travel Speed	2-10 m/min adjustable	2-10 m/min adjustable	2-10 m/min adjustable	2-10 m/min adjustable	2-10 m/min adjustable	2-10 m/min adjustable	2-10 m/min adjustable
Continuous Working Time	2-3 hours	3-4 hours	3-4 hours	3-4 hours	4-5 hours	4-5 hours	4-5 hours
Packing Info	Export wooden case Size:690-630-420mm Weight:102kg	Export wooden case Size:765-750-400mm Weight:136kg	Export wooden case Size:765-750-400mm Weight:146kg	With wooden case Size:830-750-410mm Weight:165kg	Wooden case Size:930-870-570mm Weight:233kg	Wooden case Size:930-860-570mm Weight:243kg	Wooden case Size:1280-910-450mm Weight:312kg

Project Challenges

Before the relocation, the injection molding plant faced several tough obstacles when moving heavy assets:

Injection molding machines are precision heavy equipment. Traditional moving methods generate strong impact, which can easily damage hydraulic circuits and precision components.
The workshop layout is compact, with many columns and narrow passages. There is limited room for turning and fine positioning for heavy machinery moving skates.
Some areas have gentle slopes and uneven floor joints. Ordinary skates for moving heavy objects tend to slip and drift under load.
Injection machines vary greatly in weight and base size. The client needed a flexible, combinable solution for industrial skates for moving heavy equipment.

Our Solution — Battery Powered Industrial Machine Skates

We recommended our full series of industrial machine skates with load capacities from 10 tonnes to 60 tonnes. Custom modular layouts were designed according to the weight and base structure of each injection molding machine. All core features matched the demanding site conditions.

1. CE Compliance for French EU Site Approval

All models maintain full CE compliance and conform to EU machinery safety standards. The complete documentation passed pre-entry verification and on-site safety inspections smoothly.

2. Heavy-Duty Q355 Steel Plate Construction

The load-bearing chassis is fabricated from heavy-duty Q355 steel plate. Thickness varies by tonnage grade for excellent deformation resistance. It provides stable long-term support for expensive injection machines and heavy molds during repeated relocation work.

3. Imported High-Hardness Polyurethane Wheel

Fitted with imported high-hardness polyurethane wheels, these industrial skates for moving heavy equipment offer outstanding wear resistance and shock absorption. They protect epoxy workshop floors from scratches and deliver stable travel over jointed floors and gentle slopes, cutting vibration transferred to precision injection hosts.

4.360° Rotating Bearing Plate

Equipped with a 360° rotating bearing plate, each skate can swivel freely under load. Combined with independent drive design, the system achieves zero-turn-radius movement. No reversing space is required, making precise alignment easy in narrow, column-filled workshops.

5. Battery Powered and Remote Controlled

These heavy machinery moving skates are battery-powered and remote-controlled. The industrial remote controller works reliably up to 50 metres. A single operator can monitor the load from a safe viewing position, keeping personnel away from crushing hazards and reducing labour input.

The travel speed is adjustable from 2–10 m/min. The skates can negotiate slopes of 3–15 degrees. Lithium batteries deliver sufficient endurance for full-day continuous relocation tasks.

Modular Configuration Used On-Site

Thanks to wireless synchronous linkage, multiple industrial machine skates can run in sync to handle oversized or irregularly shaped loads.

For most injection machines on this project, the team adopted the mainstream setup: 1 main drive unit + 2 slave units. This 3-point support balances stability and manoeuvrability and covered around 90% of relocation tasks.

For heavier and wider-base machines, they used 2 main units + 2 slave units for higher stability.

For special jobs requiring close-to-wall side translation in tight spaces, 3 to 4 synchronized main units were deployed for accurate in-situ shifting.

Project Outcomes

After deploying the industrial machine skates, the production line relocation achieved all project targets:

The relocation cycle was well controlled. Positioning time per injection machine was greatly shortened to meet the upgrade schedule.
Low-vibration movement ensured zero collision damage and no loss of precision for all injection machines and delicate molds.
Full CE documentation passed all French factory safety inspections without issues.
Excellent turning performance in narrow aisles removed the need to dismantle surrounding pipelines and guards, cutting extra modification costs.
One set of skates supports multiple assembly modes, adapting to heavy equipment of different tonnages and shapes inside the workshop.

The factory maintenance team keeps these heavy machinery moving skates on-site for future mold replacement and routine equipment repositioning.

Broad Applications of Battery Powered Industrial Skates for Moving Heavy Equipment

While deployed for injection molding line relocation in this case, this range of industrial skates for moving heavy equipment suits many heavy handling scenarios:

Precision manufacturing: relocation of machine tools, injection machines, aerospace and marine large components
Warehousing & logistics: handling heavy molds, steel coils, and heavy pallet cargo
Energy & construction: positioning transformers, generators, precast components and steel structures

FAQs about Industrial Machine Skates

Q: Can the travelling speed of the industrial machine skates be adjusted?

Yes, it is adjustable. The travelling speed ranges from 2 to 10 metres per minute. Operators can use low speed for fine positioning when placing precision equipment such as injection molding machines, and increase the speed for long-distance transfer.

Q: What floor conditions are suitable for industrial machine skates?

They are suitable for flat, solid concrete floors, workshop cement floors, and some hardened unpaved surfaces. High-hardness polyurethane wheels help protect the floor; for soft, uneven, or steep sites, assess the ground conditions first and lay steel plates if necessary.

Q: Will the skates damage workshop floors?

The skates use high-hardness polyurethane wheels, which are more floor-friendly than steel wheels and help reduce the risk of scratches. However, floor protection also depends on the wheel material, load weight, floor strength, and site cleanliness. Keep the travel path flat and clean for best results.

Q: Do you provide after-sales support and spare parts for clients in France?

Yes. We supply readily available spare parts. Technical guidance and operation tutorials are offered to help local teams operate and maintain the heavy machinery moving skates properly.