Natural Rubber Latex Gloves
Biogel® Tech are a range of sterile, powder-free natural rubber latex gloves with low particle shed for critical environments such as cleanrooms.
Showing {{ products.length }} of {{ total }}
Something went wrong. Reload to try again.
Loading...
Overcoming challenges in critical environments
It is essential to use high quality equipment in a critical environment to protect the process, the product and the operator.
Biogel® Tech range
Biogel® Tech range is a portfolio of sterile, PPE certified gloves specifically designed for use in critical environments such as pharmaceutical or biotech manufacturing facilities, research laboratories, or hospital pharmacy compounding units.
- Suitable for use in aseptic and Class 100 (ISO 5)/EU GMP Grade A environments
- Exceed industry standard for Force at break, Tensile strength and Elongation 1
- Industry leading AQL of 0.4 (freedom from holes) determined post packaging
- Low liquid particle count 2
Feel the difference with Biogel® Tech gloves
Biogel® Tech range are hand-specific gloves that have been ergonomically tested to reduce hand fatigue and are designed to be comfortable, even when you are double-gloving 5 6 7 . With high dexterity and tactile sensitivity your hands can do their job, while the Indication System lets you focus without fear of missing a micro hole, tear or puncture 8 .
Packaging designed for critical environments
The triple-bagged heat sealed packaging complies with critical environment hygiene protocols and ensures simplicity of use as the layers of packaging can be removed one at a time.
- High quality plastic inner wrap to keep particle count to a minimum
- The wrapping stays open when unfolded to ensure aseptic donning
Biogel® Tech range of gloves are made to protect the process, the product and the operator
Biogel gloves are made to such a high standard, we have a whole facility dedicated to quality control. You could say we’re obsessive: every single batch of Biogel gloves undergoes rigorous quality checks, extensive performance assessments and multiple visual inspections along the development stages 1 . Even more, every single glove (100%) is air inflation tested for holes typically not detected in a visual inspection 9.
- AQL of 0.4 (freedom from holes), determined post packaging1
- Every glove (100%) is air-inflation tested for holes typically not detected in a visual inspection 9
- Low endotoxin level (<20 EU/pair) 1
- Highly controlled sterilisation to a minimum of 25kGy
- Produced in a controlled environment with strict hygiene standards throughout the facility. All of our facilities conform to ISO 13485 and ISO 14001 1
-
References
- Summary of Technical Documents. Mölnlycke Health Care. Data on file.
- Liquid particle count test. Eurofins, 2021.
- Wigmore SJ & Rainey JB. Use of coloured undergloves to detect puncture. BJS 1994: 81:1480. https://doi.org/10.1002/bjs.1800811026
- MHC Report, Glove puncture detection systems, GMCS-2017-098. Data on file.
- Collins J. A Clinical Investigation to Evaluate the Biogel PI Micro Surgical Glove. Mölnlycke Health Care, 2014. Data on file.
- Gottrup F, Müller K, Bergmark S, Nørregaard S. Powder-free, non-sterile gloves assessed in a wound healing centre. Eur J Surg. 2001 Aug;167(8):625-7.
- Carter S, Choong S, Marino A, Sellu D. Can surgical gloves be made thinner without increasing their liability to puncture? Ann R Coll Surg Engl. 1996 May;78(3 (Pt 1)):186-7.
- Summary of Indication Performance of Biogel Gloves Indicator Systems versus Competitors' Double Gloving Combinations. October 2020. Data on file.
- SOP LR2200. Automatic Glove Inspection by QMAX. Mölnlycke Health Care. Data on file.