Staedtler 45° Set Square 21cm. Translucent blue plastic with bevelled inking edge. Calibrated in m...Staedtler 45° Set Square 21cm. Translucent blue plastic with bevelled inking edge. Calibrated in mm, scale begins directly at the edge. Model no. 567 21-45. This set square is designed for precise drawing and measuring, featuring a 21cm length and a 45-degree angle. The bevelled inking edge prevents ink from smudging, ensuring clean lines. The translucent blue plastic allows for easy visibility of the drawing underneath, and the calibration starts directly at the edge for accurate measurements.
STAEDTLER Mars 567 Set Square 45°/45° – 31 cm, Transparent | Large blue see-through triangle with inking edge, scale from base edge – Art.-Nr. 567 31-45Free delivery in 1–3 days£5.75Visit shop →
STAEDTLER Mars 567 set square – 30°/60°, 21 cm | Geometric set square for technical drawing, blue-transparent – with ink edge – Item No. 567 21-60Free delivery in 1–3 days£5.98Visit shop →
STAEDTLER Mars 567 Set Square 30°/60° – 31 cm, Transparent | Blue see-through geometry ruler with inking edge, scale from working edge – Art.-Nr. 567 31-60Free delivery in 1–3 days£7.95Visit shop →
STAEDTLER Mars 567 Set Square 30°/60° – 36 cm, Transparent | Blue see-through triangle with inking edge, scale from working edge – for school – Art.-Nr. 567 36-60Free delivery in 1–3 days£11.26Visit shop →
STAEDTLER Mars 567 Set Square 45°/45° – 36 cm, Transparent | Large blue triangle with inking edge & ruler function, scale from base – Art.-Nr. 567 36-45Free delivery in 1–3 days£11.95Visit shop →
OnBuy.comStaedtler Mars 567 31-60 Set Square 32 Cm 60/30 Degree - Blue
Staedtler 45° Set Square 21cm. Translucent blue plastic with bevelled inking edge. Calibrated in mm, scale begins directly at the edge. Model no. 567 21-45. This set square is designed for precise drawing and measuring, featuring a 21cm length and a 45-degree angle. The bevelled inking edge prevents ink from smudging, ensuring clean lines. The translucent blue plastic allows for easy visibility of the drawing underneath, and the calibration starts directly at the edge for accurate measurements.