Built with the trade professional in mind, the 180mm & 300mm Pro Series Rafter Square is the ultimate metric square for tradies demanding high accuracy and heavy-duty durability. Constructed with extra-thick anodised extruded aluminium and easy-to-read laser-etched markings, this square offers unmatched job site precision, tough dependability and resistance against rust and hard knocks. Ideal for rapid precision marking at 45° and 90° angles, exacting technical angles like rafter layout, or scribing notches at 5mm increments. Featuring metric markings to the millimetre, conversion tables for rise and run application and extra-wide base for stability and secure holds on timber and straight edges.
Extra-thick extruded aluminium body, anodised aluminium construction for durability (resists rust and corrosion)
Easy read laser-etched markings provide excellent readability and twice the accuracy of stamped squares
Wide base ensures a secure hold on materials and assists with saw guide usage
The OX Pro Aluminium Rafter Square 12-Inch / 300mm, the ultimate tool for precision carpentry and layout work. Featuring scribe notches for precise 5mm markings, laser-etched measurements for enhanced accuracy, and metric markings with conversion tables. Crafted with extra-thick anodised aluminium for durability and a wide base for stability.
In stock
£19.79£16.49
Sold by / Each
In Stock
Collection from store
Collection from our branches at Kingsfold and Billingshurst. You can choose a collection date/time at checkout.
Local Delivery
Delivery by our own vehicles around Surrey and Sussex. Available delivery dates shown at checkout. Please see Delivery Information for costs.
Can we deliver to your location?
The OX Pro Aluminium Rafter Square 12-Inch / 300mm, the ultimate tool for precision carpentry and layout work. Featuring scribe notches for precise 5mm markings, laser-etched measurements for enhanced accuracy, and metric markings with conversion tables. Crafted with extra-thick anodised aluminium for durability and a wide base for stability.