Nelikulma KS Tools 300.0274 paino 620 g

The KS Tools 300.0274 is a square designed for precise right-angle measurement and marking. Weighing 620 g, this square combines a compact form with a sturdy construction to support repetitive layout tasks in workshops and on-site. It is suitable for use with wood, metal and composite materials and provides a reliable reference edge for checking, transferring and marking 90° angles.

Advantages

The tool features a solid build that resists deformation under normal workshop use, ensuring lasting accuracy. Its weight of 620 g contributes to stability during marking and measuring operations. The straight edges are machined to provide a clean reference line, and the compact size makes the square easy to handle and store. Materials and finishing are chosen to reduce wear and maintain consistent performance over time.

Suitable for

• Checking and marking 90° angles on workpieces
• Layout and transfer of right-angle lines in carpentry and metalworking
• Use as a reference for machine setup and inspection
• DIY projects requiring precise squaring and edge alignment

Key specifications

• Type: Right-angle square
• Weight: 620 g
• Construction: Rigid, deformation-resistant body
• Edges: Machined straight edges for accurate marking
• Intended materials: Wood, metal, composites

How to use

Place the square with one leg firmly against the reference edge of the workpiece and ensure full contact along the edge. Use the opposite leg as a guide to mark or scribe a perpendicular line. For checking squareness, align one leg with a known straight edge and observe any gap or light at the corner. Apply even pressure to avoid rocking; the tool’s weight helps stabilize it during marking. Store the square in a dry place to avoid corrosion where applicable.

Recommendations

Use a steady, well-supported workpiece and keep the square’s edges clean and free of burrs for best accuracy. Avoid dropping or striking the square against hard surfaces to prevent loss of squareness. Periodically verify accuracy against a calibrated reference if used for precision inspection tasks.