Angle Plate 120° LIMIT 50×50 mm — flat angle square for layout and inspection

LIMIT flat angle plate with 120° geometry and 50×50 mm dimensions is a compact metal angle tool designed for measuring, marking and checking non-standard 120° angles in metalworking, woodworking and general fabrication. Its flat square profile provides a stable reference surface for layout, inspection and positioning of workpieces on benches, jigs or fixtures. The tool is sized for easy handling and placement while maintaining sufficient bearing area for accurate alignment tasks.

Advantages

The angle plate offers a precise 120° reference with consistently flat bearing faces to reduce alignment errors. Its compact 50×50 mm footprint makes it suitable for confined workspaces and portable inspection setups. Manufactured from durable metal, it resists deformation under normal workshop use and provides a repeatable datum for routine measurement and marking operations.

Suitable for

• Measuring and checking 120° angles on machined parts
• Layout and scribing in metalworking and woodworking
• Positioning small workpieces on fixtures and assembly jigs
• Portable inspection tasks where a compact reference is required

Key specifications

• Angle geometry: 120°
• Overall dimensions: 50 × 50 mm
• Material: metal construction suitable for workshop use
• Surface finish: machined flat bearing faces for accurate contact
• Weight: compact and lightweight for handheld positioning

How to use

Place the LIMIT 120° angle plate against the edges or faces of the workpiece so that the machined bearing faces seat flush. Use the plate as a stable reference when marking lines, aligning parts on a bench or checking angles with a dial indicator or visual inspection. For layout, clamp the plate or secure the workpiece to prevent movement during scribing. When inspecting, ensure contact surfaces are clean and free from chips or debris to maintain measurement accuracy.

Usage recommendations

To preserve accuracy, store the angle plate in a protective pouch or box when not in use, avoid exposing it to corrosive environments, and clean bearing faces before each use. For repeatable results, verify contact surfaces against a known reference surface periodically and avoid using excessive clamping force that could deform small workpieces.