Combination Wrench Gedore 6091610

The Gedore 6091610 combination wrench is a compact, chrome-plated tool made from Gedore vanadium steel (31CrV3). It combines a ring end and an open end in one wrench, with a 70 mm depth and 35 mm height while weighing approximately 92 g. The ring is offset 15° from the shaft and the shaft follows a girder pattern; sizes 3 to 5.5 use a hexagon ring and sizes from 6 use a UD profile. Compliance references: DIN 3113 Form A, ISO 3318, ISO 7738.

Advantages

The combination of a 15° offset ring and a girder-pattern shaft improves access in confined spaces while maintaining torque transfer. Chrome plating protects against corrosion and simplifies cleaning. Material selection (31CrV3 vanadium steel) ensures high strength and wear resistance for repeated professional or DIY use.

Suitable for

• Tightening and loosening hex fasteners in automotive and machinery maintenance
• Work in confined or angled spaces where the offset ring provides better access
• General workshop and home repair tasks requiring a compact combination wrench

Key specifications

• Brand: Gedore
• Model / MPN: 6091610
• Material: Gedore vanadium steel 31CrV3, chrome-plated
• Ring offset: 15° from shaft
• Shaft pattern: girder pattern
• Ring/profile: sizes 3–5.5 hexagon ring; from size 6 UD profile
• Depth: 70 mm
• Height: 35 mm
• Weight: approx. 92 g
• Standards: DIN 3113 Form A, ISO 3318, ISO 7738
• EAN: 4010886609163

How to use

Select the wrench size that matches the fastener. Use the open end for quick engagement and the ring end to apply higher torque or to avoid rounding the fastener. Position the offset ring to improve access in tight or angled positions, and apply steady force while keeping the wrench aligned with the fastener to reduce slipping and wear.

Usage recommendations

Inspect the wrench before use for damage or excessive wear. Clean and lightly oil after use to maintain the chrome finish and prevent corrosion. Do not use the wrench as a hammer or pry bar; apply appropriate torque and avoid extensions that may exceed the tool's design limits.