The most comprehensive range of idler rollers for light, medium, and heavy-duty applications.
Built to last in any industrial environment, available in steel, stainless steel, PVC, and aluminum.
Idler rollers are essential components for any roller conveyor system. Installed as passive components—that is, without their own motor—they allow packages, pallets, crates, and materials of all shapes and weights to move smoothly, reducing friction and ensuring a smooth, controlled flow.
NUOVA OMEC has been designing and manufacturing idler rollers for over thirty years for the manufacturing, logistics, ceramics, packaging, and many other industries. Each roller is made from high-quality materials and can be customized to meet specific requirements regarding load capacity, operating environment, and package type.
The correct selection of the idler roller depends on: the dimensions and weight of the package, the conveyor speed, environmental conditions (humidity, temperature, chemicals), the type of support surface, and the desired center-to-center distance between the rollers
Nuova Omec idler rollers are a key component of any conveyor belt system. Designed to ensure smooth belt movement, they absorb vertical loads by distributing them evenly and minimizing friction.
Available in galvanized steel, stainless steel, and HDPE polyethylene, manufactured to tight tolerances across all diameters from 63 to 219 mm. Lengths can be customized to meet customer specifications.
Available diameters
63–219 mm
Body Material
Steel / Stainless Steel / HDPE
Bearings
6305 / 6306 2RS
IP Protection
–20°C / +80°C
Maximum radial load
Up to 4,500 N
| Acronym | Description |
|---|---|
| — | Raw steel (standard) |
| ZN | Galvanized sheet metal |
| ZN/ZN | Galvanized shell and shaft |
| PZN | Pre-galvanized (Sendzimir) sheet metal |
| PZN/ZN | Pre-galvanized sheet, galvanized shaft |
| ALL | Aluminum casing |
| ALL SAT | Satin-finish aluminum cladding |
| PVC | PVC coat |
| IX1 | AISI 304 stainless steel housing |
| IX1/IX | Stainless steel jacket and shaft |
| FDA | Food-Grade Materials (FDA) |
For special applications (grip, antistatic properties, chemical resistance, food-grade use), steel rollers are available with interference-fit or vulcanized coatings:
Available axis configurations
Conveying packages, boxes, trays and pallets in automated warehouses, distribution centres and sorting lines. LGS, LP-UH and LMT-UH series.
Roller conveyors for handling green, dried and fired tiles. Stainless-steel and coated versions for environments with ceramic dust and high temperatures.
Heavy-duty rollers for belt conveyors operating in demanding environments, including quarries, mines, steelworks and cement plants. LEP and LMT-UH series for extra-heavy loads.
FDA-compliant stainless-steel versions with food-grade bearings and seals. Maximum hygiene and resistance to cleaning with water and aggressive detergents.
Selecting the right idler roller requires knowledge of certain key parameters. Our engineering department is available to assist with the design process, but here is a summary of the main criteria:
The idler roller rotates passively under the action of the shaft or gravity, without its own drive system. The motorized roller (or “motor”), on the other hand, incorporates an internal electric motor or a drive system (chain, belt) that actively moves the shaft along the conveyor.
Yes. NUOVA OMEC manufactures idler rollers with a shaft, end caps, and bearings made of AISI 304 stainless steel (designation IX1/IX). For food-contact applications, an FDA-compliant version is also available, featuring materials certified for food use, including seals and lubricants.
Yes, NUOVA OMEC manufactures custom rollers in non-standard lengths, in addition to the lengths listed in the catalog. Please contact the technical department for special lengths, specific diameters, or non-standard designs.
Yes, there is a specific line of conical rollers (idler and motorized) for creating 90° curves. The LGE-RS conical, LGS conical, and LGED (double roller) series allow for the construction of compact curves with inside radii of 800 mm and up.