Discover the robust versatility of the OX Pro 3-Piece Handy Bar Set from ITS - a smart, trade-ready collection of bars designed to handle prying, pulling and surface preparation with ease.

Whether you're a carpenter removing boards, a renovator scraping adhesive or a general-builder tackling demolition, this set is built for the job.

Each tool is formed from heat-treated forged steel, delivering the strength to resist bending or damage under high leverage-use.

The two flat pry bars (measuring 140 mm and 190 mm) feature dual-claw designs - both a right-angle claw and an offset claw - meaning you can flick up nails, lever boards or grip stubborn fasteners with increased efficiency.

Complementing these is the 240 mm scraper bar, tailored for surface-prep tasks: scraping residues, lifting tacks, or cleaning substrates before finishing work.

With its compact bar lengths, this set excels in tight spaces where larger demolition tools are unwieldy. The compact bars give you manoeuvrability-whether inside stud framing, beneath skirtings or behind fixed units-while still providing meaningful leverage.

A powder-coated finish adds corrosion resistance, helping the bars stay reliable job after job even in damp or gritty environment. From your first use you’ll notice the combination of size, quality and thoughtful design: bars that feel solid in the hand, teeth that engage nails and edges that slip neatly under materials.

For professionals and serious DIYers alike, the OX Pro 3-Piece Handy Bar Set brings the durability, versatility and job-site readiness you demand.

Features

• Three-piece set including two flat pry bars (140 mm and 190 mm) plus a 240 mm scraper bar — offering a balanced toolkit of lengths for different tasks.
• Dual-claw design on the flat bars (right-angle and offset claws) for enhanced nail-pulling capability and improved leverage.
• Heat-treated forged steel construction for maximum strength and resilience under prying and pulling loads.
• Heat-treated forged steel construction for maximum strength and resilience under prying and pulling loads.