(Newswire.net — October 30, 2018) — ZamarUK has announced it can provide local horse owners with cutting edge ice free therapy units to promote better equine health and faster recovery. The Zamar ice free therapy unit is a non-invasive way to treat the horse before or after competition.
More information can be found at: https://zamaruk.co.uk.
The site explains that the unit shows a 60% Improvement over conventional treatments for horses before or after they race or perform. It works to improve horse health and general maintenance of legs, back, stifle and laminitis, and can also speed up recovery after an injury.
ZamarUK offers a unique and revolutionary approach to horse healthcare, ensuring that horses are able to perform at their best. It also gives horse owners the peace of mind knowing that their horse can recover faster when underperforming.
The key benefit to the Zamar machine is that it is easy to use, and is a one-step drug free therapy unit. This means that horse owners can minimise the effects of a recent musculoskeletal trauma, and accelerate recovery from new or old injuries.
In addition to this, the machine is able to provide both hot and cold treatment, combined with massage therapy. The system is a highly portable machine that can easily be applied, and used to improve circulation and promote healing.
The team at ZamarUK states, “The Zamar system provides cold and hot treatments, combined with massage to improve circulation and promote healing. It is designed to help reduce and prevent joint problems, muscle strains, ligament and tendon problems.”
Customers will discover that the units are available in hot or cold, or just cold alone, and they can be programmed to a set temperature. These give precision and high level options to horse owners wanting to provide the best healthcare and recovery for their horse.
They are ideal for horse racing, show jumping, eventing, and dressage. Full details can be found on the URL above, and interested parties can get in touch using the contact details provided on site.