Our products have been uniquely designed to meet the needs of clinicians and patients for safe, secure and effective wound closure.
Our LiquiBand® technologies are developed and marketed for use in the emergency room, operating theatres and extended care environments. Through our expertise in cyanoacrylate technology we have developed a range of medical grade adhesive devices that meet specific clinical needs and deliver substantial benefits to patients.
Our adhesive products are based on two main formulations: octyl and butyl. 2-Octyl cyanoacrylate topical skin adhesives provide durable and flexible wound closure, whilst n-butyl cyanoacrylate adhesives provide high strength with a fast setting time. We are able to supply products based on each formulation as well as blends of both.
Topical Skin Adhesive
MEDICAL SOLUTIONS LTD
AMS What We Do
Premier Park, 33, Road One,
Winsford Industrial Estate
Winsford, Cheshire CW7 3RT, UK
AMS What We Do
We are a leading developer and manufacturer of innovative and technologically advanced products for the global advanced wound care, surgical and wound closure markets, focused on value for our customers and quality outcomes for patients.
We manufacture a wide range of products and materials that include silver alginates, alginates, foams, tissue adhesives, sutures and haemostats, marketed under our own brands ActivHeal®, LiquiBand® and RESORBA® and supplied to customers under their own brand labels.
We manufacture products and materials out of two sites in the U.K., one in the Netherlands, two in Germany and one in the Czech Republic. Our products are sold in 70 countries via a network of multinational or regional partners and distributors, as well as via our own direct sales forces in the U.K., Germany, the Czech Republic and Russia. Established in 1991, we employ over 500 employees.
Our Technology | Cyanoacrylates
What are Cyanoacrylates?
Cyanoacrylates are strong, fast-setting adhesives. Our medical grade cyanoacrylates are formulated from highly purified, sterilised octyl and butyl monomers of cyanoacrylate. Depending on the formulation, different qualities of strength, setting time and flexibility can be exhibited to suit the intended use.
We have developed a range of medical devices based on both octyl and butyl cyanoacrylate. The cyanoacrylate is delivered in several easy-to-use applicators and the whole device is provided sterile. Sterilising cyanoacrylates can prove problematic, significantly reducing the product’s shelf life. We have solved this challenge through a number of novel solutions and own intellectual property around sterilising cyanoacrylates.
How do Cyanoacrylates work?
Cyanoacrylate monomers are liquids. Upon exposure to moisture a polymerisation reaction occurs and the adhesive starts to set.
Our applicators hold the liquid cyanoacrylate monomer. Once the applicator is initiated and the cyanoacrylate adhesive is applied to moist tissue the polymerisation process occurs. A feature of our cyanoacrylate devices is that only a low level of heat is generated when this polymerisation starts, consequently the patient does not experience the stinging or burning sensation that occurs with some competitor products.
Cyanoacrylate tissue adhesives are biocompatible and do not need removal as they naturally slough off the skin as part of the natural wound healing process.
The properties of cyanoacrylate, namely fast-setting, high tensile strength polymers that bind with the skins surface and are flexible, durable, water-resistant and transparent on setting, make cyanoacrylate ideal for wound closure and skin barrier products.
Our medical devices have a variety of uses:
- Closure of trauma wounds or lacerations with easily apposed edges
- Closure of surgical incisions, and the sealing of skin punctures from minimally invasive surgery
- Protection of intact and damaged skin from the effects of moisture, friction and shear
- Providing a water resistant, microbial skin barrier over a closed wound eliminating the need for a secondary dressing
- Cyanoacrylates provide a non traumatic means of wound closure and can provide an enhanced patient experience over conventional wound closure methods