Angle Plates
8 από 8 productsHolding Angle
Machined & precision ground Made from high tensile cast iron - normalized and stress relieved. Precision ground: Flat and square within...
View full detailsHolding Angle
Made of high tensile cast iron Webbed style accurately grounded, square and parallel on outside faces and ends within 0.01mm per 100mm
Holding Angle
Made of high-strength cast iron, Properly processed to avoid distortions.Its accuracy refers to the external angle.
Precision Clamping Angle
MATERIAL: YK30 ALLOY STEEL ACCURACY: 0.005/100MM HARDEN TREATMENT UP TO HRC 58 Not for LAB
Holding Angle
Made of tool steel Hardened to HRC56-58 Parallelism between A, B, C, D, E and F: 3um Squareness between A, B, C, D, E and F: 5um.
Holding Angle
Made of tool steel Hardened to HRC60±2 Squareness or parallelism between A, B, C and D: 5um.
Holding Angle
Hardened to HRC60±2 V groove for cylinders Parallelism and squareness between A, B, C, D, E, F, G and H: 6μm Parallelism and squareness of V groov...
View full detailsHolding Angle
Made of high tensile cast iron Webbed style accurately grounded, square and parallel on outside faces and ends within 0.01mm per 100mm
Angle plates are rigid 90° precision plates used to support and square workpieces on milling machines, drill presses, or inspection benches. They provide a stable right-angle reference for accurate setup, repeatability, and dimensional control during machining and measurement.
Available in cast iron or hardened steel, with clamping holes and slots, in plain or adjustable styles. Options from Vertex & Insize, featuring ground faces and high stiffness for dependable fixturing.
Common in machine shops, toolrooms, and QC labs; choose based on size, flatness/squareness specs, and mounting method.
































































































































































































































































































































































































































