Machine & Robotic Guarding
Advanced Solutions for Machine & Robotic Safety
We understand the critical importance of safety in industrial environments, especially when it comes to protecting both machinery and personnel. That’s why our innovative machine and robotic guarding products are designed to provide reliable and robust safeguarding for a wide range of applications. Whether you need advanced protection for robots or guarding solutions for your machines, our high-quality offerings deliver optimal safety, efficiency, and peace of mind.
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|---|---|---|---|
| Standard Panel Height | 5’ 8” | 6’ 8” | 7’ 8” | 1’ - 5’ (1’ increments) | 7’ | 8’ | 10’ |
| Panel Width | 59” | 1’ - 10’ (1’ increments) | 1’ - 5’ (1’ increments) |
| Standard Panel Mesh | 1¼” x 4” Grid, 8 Ga. Welded Wire Mesh | 2” x 2” Grid, 10 Ga. Welded Wire Mesh | 1½” Diamond, 10 Ga. Woven Wire Mesh |
| Other Panels Available | --- | 2” x 2” Grid, 6 Ga. Welded Wire Mesh Expanded Metal | Sheet Metal Infills | --- |
| Frame | Unframed | 1¼" x 1¼" x ⅛” Hot Rolled Angle Frame | 1" x ½", 12 Ga. Roll Formed (Horizontal) 1¼” x ⅝”, 14 Ga. Roll Formed (Vertical) |
| Standard Post | 2” x 2”, 14 Ga. Tube | 2” x 2”, 14 Ga. Tube | 1¼” x 1¼”, 16 Ga. Tube |
| Standard Post Height | 6’ 2” | 7’ 2” | 8’ 2” | 7’ 2” | 8’ 2” | 10’ 2” | 11’ 2” | 12’ 2” | 7’ | 8’ | 9’ | 10’ | 12’ |
| Base Plate | 4” x 7” x ¼” | 2” x 7” x ¼” | 4” x 7” | 1¼” x 2” |
| Sweep Space | 4” | 2” | 3.7” |
| Fastening Method | Carriage Bolts (5/16”) | Carriage Bolt (5/16”) | Hex Head Bolts (¼”) |
| Standard Powder Coating Finish | Yellow Posts | Black Panels | Black | Gray | Gray |
| Cost | $$ | $$$ | $ |
| Adaptability in Field | ★★★★★ | ★★★★☆ | ★★★☆☆ |
| Accessibility for Maintenance | ★★★★★ | ★★★☆☆ | ★★★☆☆ |
| Durability | ★★★★☆ | ★★★★★ | ★★★★★ |
| Lead Time | Click here for our latest lead times. | ||
Automation & Robotic Guarding
RageWire®
Cost-effective, frameless robotic guarding system comprised of just five components
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Machine & Robotic Guarding
BeastWire®
Robust guarding solution for heavy-duty applications
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The difference between hard guarding and soft guarding
| Hard Guarding | Soft Guarding | |
|---|---|---|
Definition | Physical barriers such as welded wire mesh, steel panels, or enclosures that isolate people from machines. | Virtual or electronic safety measures like light curtains, laser scanners, and safety mats that detect intrusion and stop the robot. |
Primary Function | Prevents physical access to hazardous areas. | Detects entry into a defined safety zone and triggers a stop signal. |
Common Materials / Technology | Steel mesh, polycarbonate panels, doors with interlocks. | Safety-rated sensors, scanners, and control systems. |
Protection Level | High — physical barrier ensures no contact. | Moderate — relies on sensor reliability and control response. |
Ideal Use Case | High-risk zones with moving robots, pinch points, or heavy machinery. | Collaborative or low-risk environments where access is frequent. |
Compliance | Easily meets OSHA and ANSI/RIA guarding standards. | Requires rigorous validation and maintenance to meet standards. |
Maintenance | Low — minimal upkeep once installed. | Higher — sensors and control logic require regular testing and calibration. |
Flexibility | Fixed — harder to reconfigure when layouts change. | Highly flexible — easy to adjust safety zones as needs change. |
Downtime Risk | Minimal if designed correctly; mechanical issues rare. | Potential for false trips or downtime from sensor faults. |
Cost (Initial / Lifecycle) | Moderate initial cost, low ongoing cost. | Lower initial cost, higher ongoing cost due to maintenance. |
Best For | Industrial robots, automated cells, palletizing, and heavy-duty systems. | Collaborative robots (cobots), mobile robotics, and open work areas. |
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