Impact Gravity Roller Conveyor

It uses natural gravitational force or manual pushing across a slight incline to move flat-bottomed products. Heavy-duty construction absorbs sudden shock loads by distributing energy across multiple reinforced contact points, preventing frame warping, axle bending, or bearing damage.

Standard gravity conveyors work well for lighter packaging but fail under repeated high-impact loads. Impact versions feature reinforced frames, stronger rollers, and self-aligning bearings that maintain structural integrity during aggressive industrial use such as forklift drops or heavy pallet handling.

The structure is typically made from S.S. 304 or M.S. 32 mm square pipe (matt finish or painted). The table top uses S.S. 304 16-gauge sheet with a matt finish. Special self-aligning bearings ensure smooth, trouble-free roller rotation.

It is suitable for pharmaceutical, nutraceutical, herbal, Ayurvedic, biotech, cosmetic, and chemical industries, as well as industrial shipping docks, freight terminals, and heavy manufacturing floors that handle robust materials.

Yes. It is available in stainless steel (S.S.) or mild steel (M.S.) models and can be supplied according to the required length, height, and width to match specific facility layouts and load conditions.

Standard height is approximately 815 mm with ±75 mm adjustability. The table top provides working space on both sides of the conveyor for operator access and material handling.

Reinforced contact points and heavy-duty design distribute shock energy evenly across the frame and rollers. This prevents localized stress that would otherwise warp the structure or seize bearings under repetitive high-impact cycles.

No. It is a non-powered (gravity) system that relies on incline and manual force for product movement, making it energy-efficient and suitable for environments where powered conveyors may not be ideal or necessary.

Key benefits include durability under high-impact conditions, reduced maintenance from shock-resistant design, flexibility in length/height/width, suitability for heavy industrial loads, and reliable performance in demanding shipping, receiving, and manufacturing applications.