Square KS Tools 300.0272 Weight 340 g

The KS Tools Square 300.0272 is a precision layout square weighing 340 g, engineered for accurate angle checks and straight-edge measurements. Constructed from robust materials, this square provides stable reference edges and consistent performance for carpentry, metalworking and general workshop tasks. Its compact size and balanced weight make it easy to position against workpieces while maintaining firm contact for repeatable measurements.

Advantages

This square offers reliable right-angle accuracy and a rigid frame that resists deformation during routine use. The 340 g weight gives it tactile stability without being cumbersome, facilitating one-handed handling and precise placement. The tool's simple geometry and fine edges help produce clear layout lines and serve as a dependable guide when marking or checking squareness.

Suitable for

• Carpentry layout and squaring of joints
• Metal fabrication and welding layout
• Cabinetmaking and furniture assembly
• General workshop measuring and marking tasks

Key specifications

• Type: precision square for layout and angle checking
• Weight: 340 g for stable handling
• Construction: rigid, durable material for long service life
• Edges: straight reference edges suitable for marking and guiding tools
• Size: compact form factor for easy positioning and storage

How to use

Place the square with one edge firmly against the reference surface and align the adjacent edge along the workpiece to verify or mark a 90° angle. Use a pencil or scribe against the square’s edge to draw layout lines. For checking squareness of assembled parts, press the square into the joint to confirm consistent contact along both edges. When using as a guide for cutting or routing, secure the workpiece and move the cutting tool while maintaining the square’s position to maintain accuracy.

Usage recommendations

Keep the edges clean and free of nicks to preserve measurement accuracy. Store the square in a dry place and avoid dropping or striking edges against hard surfaces. For the most reliable results, periodically inspect the edges for wear and verify accuracy against a known reference square.