EASYboss® V
Specification
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Overview
- One fastening element for varying component thicknesses
- No mix-ups, since only one fastening element is necessary
- Economic efficiency through part reduction
- High dynamic safety of the system in combination with the DELTA PT® screw
- No corrosion
- Ergonomic and safe assembly
- Consistent tightening torques
- No catching of the parts
- Decreased component weight, ca. 20% less than common metal clips
- Suitable for automated assembly
- Recyclable
Help, guidance and technical support
Your contacts for industrial fastening systems
EJOT’s advanced fastening systems are found in countless industrial and engineering assemblies around the world. Click below for sales and technical support from one of our experienced team. We conduct inspections and observations onsite, in addition to providing help and advice direct from our UK manufacturing centre.
V for "Variable"
The EJOT EASYboss® V is a novel fastening element that can be used for assembly on varying thicknesses of components. Its innovative design enables designers to move on from outdated sheet metal clips for reliable, secure, hassle-free assembly. The spring supported boss provides a flexible mounted component which also allows pre-assembly on varying snap-on wall thicknesses. At the same time, the retention force for captive pre-assembly is applied. And with two different standard versions of the EASYboss® V with a clamp thickness of 0.8 – 3.0 mm or 2.5 – 5.5 mm, this fastening system covers a broad range of possible applications.
Cost-saving, secure fastening for thinner component thicknesses
EJOT EASYboss® V supports the continued trend towards decreased component thickness. The cost-effectiveness of this fastening system, which offers ideal prerequisites for direct assembly in combination with the EJOT DELTA PT® screw, is not only unit-cost driven. Simply by replacing different clips with one standardised part offers logical, qualitative and purchasing related advantages. The fastener system has been designed in such a way that uniform tightening torques can be applied despite many different wall thicknesses and various different materials. This eases and accelerates the assembly process immensely, making errors due to wrong settings of the driver tools, falsely positioned or mixed-up clips a thing of the past.