Precision Squares
4 από 4 products
Cutting Angle - Small - Internal - High Precision GG00 - Stainless Steel
Standard: DIN 875 grade 00 Bevel for internal measurement Made of hardened steel
Cutting Angle - High Precision GG00 - Stainless Steel
Satin chrome plating Beveled edges for internal and external measurement Made of hardened stainless steel
Knife Edge Angle - High Precision GG00
Standard: DIN 875 grade 00 For angle and flatness inspection
Set of Squares - High Precision G00
DIN 874 standard Beveled edges Satin chrome-plated finish Includes squares: 90° square 25x20mm DIN875, tolerance: 0.002 mm (code 4794-025) 90° sq...
View full detailsPrecision squares are squareness inspection tools used to verify a true 90° angle between two surfaces, commonly referenced to standards such as DIN 875. They support alignment checks, machine setup and part inspection on surface plates and metrology benches.
Available in DIN 875 grades GG2, GG1, GG0 and GG00, with multiple blade lengths and stock sizes, hardened steel blades and finely finished edges. Choose from stock squares or blade-style designs, from Insize, Ultra & Richter.
Well suited for machine shops, toolrooms and QC departments where stability, traceability and squareness accuracy are critical.
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Precision Squares
Precision squares are essential reference tools for measurement and inspection, designed to verify perpendicularity (90° angle) and the flatness of surfaces. They form the basis for correct alignment of components on machine tools, as well as for final quality control of high-requirement machining operations.
- Types: They are classified into plain squares, squares with a base (base squares), and stonemasonry or granite squares.
- Applications: Ideal for machine setup, precision marking-out, and checking squareness on CNC components.
- Quality: They are usually made from hardened steel or granite, following strict standards (e.g. DIN 875) that define the permissible tolerance in microns (μm).






























































































































































































































































































































































































































