Universal Joint, 1/4 Drive, 41mm Length - Beta Tools 900/25
Beta Tools 900/25 Universal Joint, 1/4 Drive, 41mm Length. This universal joint is designed to provide enhanced flexibility and maneuverability for accessing fasteners at various angles and in tight or awkward spaces. Specifications: Length (L): 41 mm, Outer Diameter (Ø): 12.5 mm, Drive Size: 1/4 (Female to Male), Norms: UNI/ISO 3316 DIN 3123. Features: Universal joint design allows for multi-directional movement. Compact size and 41 mm length are ideal for tight spaces. Consistent 1/4 drive size on both ends ensures compatibility. Durable construction meets UNI/ISO 3316 and DIN 3123 standards. Manufactured by Beta Tools.
- SKU
- 9000830
- Brand
- Beta Tools
- Availability
- In Stock (3)
FULL DESCRIPTION
Beta Tools 1/4 Drive Universal Joint - 41mm Length
The Beta Tools Universal Joint is expertly engineered to provide enhanced flexibility and maneuverability for accessing fasteners at various angles. This universal joint is essential for professionals who need to work in tight or awkward spaces with precision.
Specifications:
- Length: 41 mm
- Outer Diameter: 12.5 mm
- Drive Size: 1/4 (Female to Male)
- Standards: UNI/ISO 3316 DIN 3123
Key Features:
- Universal Joint Design: Allows for multi-directional movement, enabling access to fasteners at various angles and in confined spaces.
- Compact Size: With a length of 41 mm, it is ideal for use in tight spaces, offering enhanced maneuverability.
- Consistent Drive Size: Maintains a 1/4 drive size on both ends, ensuring compatibility with a wide range of tools and sockets.
- Durable Construction: Built to meet UNI/ISO 3316 and DIN 3123 standards, ensuring high-quality performance and longevity.
- Professional Quality: Manufactured by Beta Tools, a brand known for its commitment to quality and excellence in professional tools.
The Beta Tools 900/25 Universal Joint is perfect for professionals seeking a reliable and efficient solution for accessing fasteners at various angles, offering versatility and durability for optimal performance.