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Rollers have a standard 1.9" diameter to fit most roller conveyors.
Choose the width you need from 6" to 60" in 1/16" increments.
These rollers have diameters 1 3/8" and below.
Rollers have diameters between 2" and 4".
These rollers have diameters 1 3/4" and below.
All stainless steel construction makes these rollers suitable for washdown applications. They have 2 1/2" diameters.
Made from stainless steel, these rollers are suitable for washdown applications. They have a standard 1.9" diameter to fit most roller conveyors.
These rollers have 0.78" diameters.
Rollers are made from thick, 12-ga. steel so they're less likely to dent than standard 16-ga. rollers.
Rollers have maintenance-free, precision bearings to reduce conveyor noise.
Improve tracking on curved conveyor sections. Rollers taper so packages maintain their orientation through the curve.
Rollers move in one direction so they won't roll back when idle, keeping packages in place.
Rollers are grooved to accommodate round belts on line-shaft conveyors.
We'll get the between frame width and groove spacing you need in 1/16" increments.
Rollers are tapered for use on curved conveyor sections.
Mix and match conveyors and stands to design a conveyor system that moves parts exactly where they need to go.
These conveyors are designed to rest on a work surface instead of a stand.
Conveyors are made of corrosion-resistant stainless steel, making them suitable for washdown applications.
Push small items from person to person in areas with frequent washdowns.
Push glass, painted objects, and other delicate material from one workstation to the next.
For moving heavy products on shipping and assembly lines, these have three times the load capacity of our standard roller conveyors.
These rollers have 2 1/2" or 3 1/2" diameters.
Expand, curve, and retract the accordion-style frame to position these conveyors wherever you need them.
Move delicate items, such as glass and painted parts, through your facility without scratching or denting them.
For more demanding shipping and assembly applications, these conveyors can carry heavy loads. They are made of corrosion-resistant stainless steel making them suitable for washdown applications.
Also known as line-shaft conveyors, these conveyors are driven by a drive shaft and round belts.
Replace worn and damaged bearings or press-fit bearings into tubing or pipe to create a roller.
Use these bearings to replace worn and damaged bearings or press-fit them into tubing or pipe to create a roller. All have a hex-shaped axle.
Sleeve bearings ride directly on the axle and have no moving parts to wear out.
Mount to a conveyor frame to recondition a worn hex axle hole or to convert a round axle hole to a hex axle hole.
Use in pairs to support a conveyor roller or package stop.
Add a package stop on a conveyor to control product flow and allow for accumulation.
Skate wheel conveyors are for light duty loading and unloading of flat-bottom objects.
Replace damaged wheels or use multiple wheels to build a custom conveyor.
These wheels have rollers that rotate around the wheel core to allow movement in any direction.
A flange on these wheels separates material while guiding it down the line.
An accordion-style frame lets you quickly curve, expand, and retract these conveyors. They have skate wheels for flat-bottom objects in assembly lines or packaging and shipping applications.
Side rails keep packages from sliding off.
Use rails to convey packages and pallets in flow racks and confined spaces.
All-steel construction and tightly spaced wheels with double ball bearings gives these rails the strength needed to handle heavy loads.
Rotate materials in any direction on these flow rails.
The flange on the wheels separates and guides packages as they flow down the rails.
Configure wheels where you need them on these economical rails that you can cut to length.
Build a mini conveyor in any shape you need. These conveyors have curved, straight, incline, and decline runs that you can quickly join together with the included brackets.
Add rollers to T-slotted framing to create flow rails, ball transfer tables, and other manual conveyors.