A conveyor belt scraper uses a manual clutch to adjust pretension and compensate for segment wear.
A conveyor belt cleaner blade features an internal passage and abutment surface for tool engagement to facilitate longitudinal movement along a support beam.
A retractable cleaning device with reciprocating wheels engages rotating conveyor rollers to remove debris during continuous operation.
A counterweighted comb element captures elongated shavings while a rotating brush scrubs remaining debris from link-style conveyor belts.
A spray unit dries the cleaning roller and support surface using gas, preventing mold growth and deterioration caused by prolonged exposure to cleaning liquid.
A robot end effector decouples from kinematics for automatic cleaning in a dedicated device.
Inclined scraper modules self-align via torsion springs to resolve uneven wear and belt waviness in conveyor cleaning systems.
Rotational bias keeps the scraper blade engaged with the belt surface, preventing product sticking without adding device complexity.
An RF thawing apparatus uses transitional cleaning cycles and protective covers to prevent bacterial contamination while preserving operational throughput.
A food-grade lubricant composition maintains conveyor lubricity through controlled viscosity.