🚚 Free Worldwide Shipping on All Orders!Shop Now
HomeStore

Plastic Dolly for Nestable Containers

Product image 1
1 / 6
+1

Plastic Dolly for Nestable Containers

The RM90 is our dedicated nestable container dolly, engineered with a slightly reduced 555×355mm aperture to hold tapered stack-and-nest crates securely in place. Built on a robust 600×400mm footprint, it provides smooth, stable transport for materials handling, food production, retail, and distribution settings.

Available in food-grade colours or recycled black, the RM90 supports loads up to 180kg and is ideal for nestable storage totes, tapered containers, and bale-arm style crates. Optional braked or stainless-steel castors offer enhanced control or hygiene performance in demanding environments.

The RM90 is our dedicated nestable container dolly, engineered with a slightly reduced 555×355mm aperture to hold tapered stack-and-nest crates securely in place. Built on a robust 600×400mm footprint, it provides smooth, stable transport for materials handling, food production, retail, and distribution settings.

Available in food-grade colours or recycled black, the RM90 supports loads up to 180kg and is ideal for nestable storage totes, tapered containers, and bale-arm style crates. Optional braked or stainless-steel castors offer enhanced control or hygiene performance in demanding environments.

Select Colour
From $46.72
Plastic Dolly for Nestable Containers
$46.72

Description

The RM90 is our dedicated nestable container dolly, engineered with a slightly reduced 555×355mm aperture to hold tapered stack-and-nest crates securely in place. Built on a robust 600×400mm footprint, it provides smooth, stable transport for materials handling, food production, retail, and distribution settings.

Available in food-grade colours or recycled black, the RM90 supports loads up to 180kg and is ideal for nestable storage totes, tapered containers, and bale-arm style crates. Optional braked or stainless-steel castors offer enhanced control or hygiene performance in demanding environments.