Get the Job Done with Our Heavy-Duty Clip & Trim Removal Tool – 3 Styles
Power Through the Toughest Clips with Ease
Made from ultra-durable 65 Mn manganese steel, our tool is 40% stronger than standard carbon steel, so you can tackle tight trim fasteners and body clips without worrying about it bending or deforming.
Ultra-Thin 0.8 mm Fork Tips for Easy Access
Our tool's slim fork tips are designed to slide under snug panels with minimal clearance, making it easy to extract pins without damaging paint, interior trim, or upholstery.
Effort-Saving Lever Design for Less Strain
With a spring-loaded pivot and 5.5 in / 14 cm handles, our tool reduces hand strain, allowing you to remove full sets of fasteners in seconds without cracked clips or fatigue.
Pick the Right Tool for Any Job
Choose from three styles to fit your needs:
Angle-Head Pliers (24 cm) – perfect for reaching deep-set clips
Mini Fork Bar (22 cm) – ideal for tight cabin zones
Long Fork Bar (29.5 cm) – great for underbody or trim rails
Grip That Sticks, Not Slips
Our PPE-coated handles resist oil and heat, providing a secure, comfortable hold – even during long, greasy teardown sessions.
🔧 Specifications
Material
65 Mn manganese steel + PPE handle grip
Pliers Length
24 cm / 9.4 in
Mini Fork Bar
22 cm / 8.7 in
Long Fork Bar
29.5 cm / 11.6 in
Fork Tip Opening
7.5 mm (fits 6–10 mm clips)
Surface Finish
Rust-resistant black oxide coating
Purchase Options
Single piece or 3-tool combo
❓ Frequently Asked Questions
Q1 • What clip sizes does it handle?
A1 • Our tool is designed for most standard trim clips between 6–10 mm in diameter.
Q2 • Can it scratch painted panels?
A2 • The polished 0.8 mm tips minimize the risk, but for delicate finishes, add tape as a buffer.
Q3 • Is it safe for interior use?
A3 • Absolutely – it works well behind dashboards, panels, and soft trim without damage.
Q4 • How do I prevent rust?
A4 • Wipe clean after use and apply light oil occasionally. The coating adds a solid defense.
Q5 • Will the handles melt under heat?
A5 • They’re heat-resistant up to 100 °C (212 °F) – safe for work near engines after cooling.