Extractor for Broken Screws Beta Tools 1430/1 (model nr.1) – screw remover, manual repair tool

Beta Tools Extractor for Broken Screws 1430/1 (model nr.1) is a manual screw remover designed to extract broken, seized or sheared screws and studs. Built for workshop and repair environments, the tool features a hardened extracting end that bites into damaged fasteners, allowing removal using a tap handle or wrench. The compact, single-piece design is intended for use in automotive, machinery and general maintenance tasks where access and controlled removal force are required.

Advantages

The extractor offers a hardened gripping tip that improves engagement with rounded or fractured screw heads. Its manual operation gives the user tactile feedback and precise control during extraction, reducing the risk of further damage to the workpiece. The tool is compact and simple to position in confined spaces, and its robust construction is suited to repeated workshop use.

Suitable for

• Removing broken or seized screws and studs in automotive repairs
• Maintenance and repair of industrial machinery and equipment
• General workshop tasks requiring controlled screw extraction
• Situations where power tools are unsuitable or access is limited

When it may not be suitable

This manual extractor is not intended for removing extremely large fasteners or bolts that require hydraulic or high-torque power tools. It may not be effective on fasteners that are deeply corroded into surrounding material where heat or chemical treatment is needed first. Very soft or non-ductile fastener materials can prevent the extractor from biting properly.

Key specifications

• Type: manual screw extractor, single-piece design
• Material: hardened extracting end for improved grip
• Application: broken, sheared, seized screws and studs
• Operation: designed for use with a tap handle or wrench
• Typical use cases: automotive, machinery, general maintenance

How to use

Select the extractor and align its hardened tip with the damaged screw head or stud. If necessary, create a small pilot seat to ensure engagement. Insert the extractor into the damaged fastener, apply steady turning force using a tap handle or suitable wrench, and allow the hardened tip to bite into the metal until the fastener begins to turn. Maintain controlled torque to avoid further breakage and withdraw the fastener once it loosens sufficiently.

What to consider before purchase

• Compatibility with the size and material of the damaged fasteners you commonly encounter
• Whether manual extraction provides sufficient torque for your typical repair tasks
• Need for supplementary treatments such as penetrating oil, heat or pilot drilling in heavily corroded cases
• Availability of matching tap handles or wrenches to use with the extractor

Usage recommendations

For best results, clean the surrounding area and apply penetrating oil where corrosion is present, then allow time for penetration before attempting extraction. Start with steady, moderate torque and increase gradually as the extractor bites; avoid sudden high torque to reduce risk of additional breakage. Use appropriate eye protection and standard workshop safety precautions.