News
Hose Protection Sleeves in Robot Cells: Abrasion, Spatter and Fluids
In short. A hose protection sleeve is a fabric tube that slides over a hydraulic hose or a pneumatic hose. It shields the hose cover from rubbing, spatter and splashes of fluid. In a robot cell the hose moves with the arm. Most damage starts where the hose rubs a...
Protective Sleeves for Robot Hoses and Cables: How to Choose Material, Closure and Fit
In short. A protective sleeve is a textile tube or wrap. It shields a hose or cable from abrasion, spatter, fluids and snagging. Choosing one comes down to three decisions: fabric, closure and fit. The fabric has to match what the cell throws at it, and the closure...
Fire Sleeve for Welding Robots: Protecting Dress Packs from Spatter and Heat
In short. A fire sleeve slips over a hose or cable bundle and shields it from weld spatter and radiant heat. On a welding robot the sleeve has a harder job than on a fixed hose. The bundle bends and twists, and it sits a few centimetres from the arc. Damage usually...
ATEX Zones Explained: What Zone 1, 2, 21 and 22 Mean for Protective Covers on Machines and Equipment
In short. An ATEX zone tells you how often an explosive atmosphere is present where your machine stands. Zones 0, 1 and 2 cover gas, vapour and mist. Zones 20, 21 and 22 cover combustible dust. The zone decides what may sit on or near the equipment, and that includes...
Conveyor and Production Line Covers: Protecting Continuous Equipment
In short. A conveyor cover has to protect a piece of equipment that is 20, 40 or 80 metres long, that people reach at dozens of points, and that often carries food. That is why it is built in sections, not as one shell. A good conveyor cover follows the full length of...
Dust, Chips and Airborne Contamination: Protecting Machines on the Shop Floor
In short. A machine dust cover protects equipment while it keeps running in production, not while it sits idle or outdoors. The threat is airborne. Fine dust comes from grinding and cutting. Hot metal chips fly clear of the tool. Oil mist rises from lubrication and...
How to Measure and Specify an Industrial Machine for a Made-to-Measure Cover
In short. A survey of the machine, not a model number or a catalogue size, makes an industrial machine cover fit correctly. Custom machine covers and equipment covers depend on six measurements. They start with the overall envelope, height at every raised point, and...
Outdoor and Weatherproof Covers for Industrial Machines
In short. Outdoor equipment covers protect industrial machines that sit outside a building envelope. That means installed on a yard, stored under a lean-to, or parked between shifts with no roof overhead. Three exposures do the damage, in order of speed. UV breaks...
Custom Equipment Covers for Industrial Machines: What to Protect and How to Choose
In short. Custom equipment covers protect an industrial machine to its exact dimensions. Nobody pulls them from a size chart. The design starts with what attacks the machine: dust, chips, coolant, UV, corrosion. It then moves to a fabric family that resists that...
Removable Robot Protective Covers: Access Options That Cut Downtime
In short. Removable robot protective covers are covers built to come off, open or vent without a full strip-down. Four options carry most of the value: quick-release fastenings, ducting ports, inspection windows and sensor-transparent panels. Each one trades...










