The Tool@arrest Global tether was developed almost 10 years ago and was subject to a 12 month programme of independent testing in the University of Wolverhampton specialist Engineering Facility with over 2'500 tests completed using the Weibull distribution modulus.
This model is one of the most wideley used lifetime models in reliability engineering and through this application the Tool@rrest Global tether was certified to be statistically failsafe with a failure rate of 0.000000003 in 1 million.
Why Tool @rrest Global?
Because it is safe, independently tested and individually serial numbered.
Tool@rrest Global provides a complete solution for stopping tools and objects from being dropped when working at height, centring around an independently tested, statistically fail-safe tool tether encompassing an innovative range of lanyards, tools belts and tool storage equipment.
Our "reto@fit" and self-fit tethers can uniquely be applied to almost all of your existing tools as well as being available on new tools. Used as a complete end to end system, this allows operators to effectively and safely handle tools and provide a safe storage solution when not in use or when being transported.
The Tool @rrest Global Difference...
Safety:
- Built on a commitment to zero accidents.
- Teethers certified as fail-safe and exceed all current industry standards.
- All products rigorously tested and fully traceable.
Innovation:
- All products based on a core range of tailored, tested work at height solutions.
- Engineered to meet exacting standards.
- Tether uniquely applicable to new and existing tools.
Why Do I Need to Tether My Tools?
This is an increasingly common question we are asked by customers ranging from construction companies to global blue-chip oil and gas corporations with operations spanning the globe. Dropped tools and objects can cause both serious and fatal injuries when working at height. For employers and clients, they can also mean damage to equipment and structures, costly down time, fines and loss of reputation.
