If you produce large quantities of glass bottles then storage and disposal can be a real hassle.
The Smash & Grab bottle crusher is an innovative device that quickly and safely reduces glass bottles to less than one fifth of their original volume, making handling and storage much easier and disposal much cheaper. The compact machine is simple and safe to use with a fully enclosed mechanism that deals with up to 18 wine bottles at a time.
The Smash & Grab machine improves the handling of bulky glass waste. Staff no longer need to lift bottles into high sided wheelie bins. Smash & Grab's unique hopper system is situated at a convenient working height and the small glass pieces produced reduce the risk of glass injuries.
The Smash & Grab machine will compact glass waste to one-fifth of its original size meaning you will need fewer large bins. Back of house areas become clearer and space is made available for better uses.
The emptying of glass bottles into bins, along with frequent collections, can be extremely disruptive to guests and local residents. The collection of crushed glass is much quieter and can also benefit from fewer lifts.
When we install a Smash & Grab glass crusher as part of our full waste management Program, customers will realise significant savings over existing arrangements. SWR can not only improve glass waste arrangements but also reduce disposal costs for all types of waste whilst improving recycling levels. A typical establishment could save around 20% each year through the smart management of its waste and much more is not uncommon.
We install the Smash & Grab machine as part of our overall waste service.
We then manage the collection of the crushed glass, along with any other waste streams produced, in the most economical and environmentally sustainable way. We are the only company in the UK to offer a total solution in this way. We believe in designing our services to resolve our customer’s issues beyond simply moving waste.
As part of an overall waste audit and installation of services, SWR provides: