DMM Axis Swivel
Right of Return
Right of Return
You always have a 14-day right of return at Arboristbutiken.
Shipping & Delivery
Shipping & Delivery
Free shipping on all orders over 2000 SEK. Arboristbutiken uses DHL, and orders placed before 12:00 are shipped the same day. Delivery time within Sweden is usually 1-2 working days.
Description
Description
The DMM Axis Swivel is a smooth, strong, and compact swivel made from high-quality materials. Perfect for arboriculture, rope access, and climbing, it provides reliable rotation and securing that minimizes twisting in ropes and systems.
The DMM Axis Swivel has been designed to be smooth, compact, and incredibly strong. The swivel is made from hot-forged, CNC-machined bodies of heat-treated 7075 T6 aluminum alloy with large bearings and heat-treated stainless steel axles. It inspires confidence from the first moment and is ideal for demanding applications in arboriculture, industrial rope access, and high-altitude work.
Features
- Hot-forged and CNC-machined from heat-treated **7075 T6 aluminum alloy** for maximum strength and low weight
- Stainless steel axles for high durability and corrosion resistance
- Color anodized according to **BS EN 7599:2010 AA10** for corrosion protection and easy identification
- Complies with **EN 354:2010** for lanyards and connectors
- Also certified according to **NFPA 1983 (2012 Ed) Class G** for life safety rope equipment
- "Textile-friendly" attachment points with large radius to minimize wear on ropes and textiles
- Individually marked for full traceability
Technical Specifications
- Minimum Breaking Strength (MBS): **50 kN**
- Recommended Working Load (SWL): **10 kN**
- Certifications: **EN 354:2010**, **NFPA 1983 (2012 Ed) Class G**
- Material: Heat-treated 7075 T6 aluminum alloy, stainless steel
- Surface treatment: Color anodized
The DMM Axis Swivel is available in various sizes and colors to suit all needs in arboriculture and climbing environments. Its compact design makes it perfect for systems where space is limited, while its high strength ensures safety in critical situations.
