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PRODUCT

Infection free new material for natural product-based human insertion medical device

Brand name
BioCleanAct™
Product code name
BCA-9002 and others.
Product feature
New material added to natural material-based infection free medical equipment
Product purpose
About 0.3~0.5% of our antibacterial materials are used in silicone, polyurethane, PVC, and rubber product, which are raw materials for the production of products that require human insertion or secondary bacterial infection of surgical medical equipment and hospital supplies, or require infection free, are properly blended to produce medical equipment through extrusion, injection and molding process.

Product introduction

BioCleanAct™, the world's first new concept bio-friendly natural bio-new material, is mixed with silicone, polyurethane, PVC, and rubber product etc., and extruded, injected and molded to completely solve serious problems such as secondary bacterial infection in the human body, which is new antimicrobial material applied to Bionic Medical Devices for the human body insertion.

  • Introduction
  • Product
  • Efficacy test
  • Catalog
Characteristics
Nontoxic to the human body
Admirable anti-bacterial effect
Broad anti-bacterial activities
High resistance to the heat and good processing property
Free from artificial endocrine disruptor
Application
Anti-microbial catheter for a brain and a spinal cord
Anti-microbial foley catheter
Medical appliances for a surgery
Artificial hands and legs made of silicon for the disabled
Ventilating tube for an eardrum
Tubes including an endoscope inner tube
Bite plate
Medical solution bag (Free from environmental endocrine disruptors)
Other medical devices
Business cooperation
Kuraray Medical Co., Ltd.
Biometrix Inc.
Intercom-Research Inc.
Samsung Healthcare Inc.
Siemens Healthcare Inc.
Certification
Joint research with Seoul National University hospital
Joint research a BK21 project R&D with Inha University
ISO 9001. (Accredited by Australia & New Zealand)
Approval of the testing institute (KOTRIC) of Korea FDA.
(KOTRIC : Korea Testing and Research Institute for Chemical Industry)
Secure Korean and International patents.
Anti-microbial Biomaterial additive for medical device
Product code
BCA-9002
Application
Extrude and inject silicon, polyurethane, PVC and rubber with 0.3 ~ 0.5% of BCA-9002 upon manufacturing medical devices.
Packing unit
10kg, 20kg
Anti-microbial EVD Catheter

This is a catheter appliance which helps to become normal by preventing possible infections and helping the circulation of CFS into brain and spinal cord by draining out of the dura mater using anti-microbial EVD catheter when outbreaking brain edema, brain tumor, head trauma, intraventricular hemorrhage, subarchnoid hemorrhage, intradural and epidural hemorrhage.

Anti-microbial Foley Catheter

This is a tube catheter for urology which has 2 outlet with 180 degree and a pocket which can change into a balloon in the one end piece, also a Y-type rubber tube having urinating tube and expanding tube which can expand balloon by injecting distilled water.

Anti-microbial effect test 1
Test method
Culture strain on the surface of the EVD catheter for 24 hours after filling culture fluid in a test tube
Test strain
Staphyllococcus epidermis
Test results
SAMPLE 1Ordinary EVD catheter
The strain on the surface of the EVD catheter spreads out with pollution into the culture fluid along the direction of the arrow.
SAMPLE 2Anti-microbial EVD catheter with BioCleanAct™
EVD catheter with BioCleanAct™, non-toxic anti-microbial material, maintains cleanness same as the initial condition without pollution different from Sample 1 by repressing the strain on the surface in the culture fluid with anti-microbial effctiveness in itself.
Anti-microbial effect test 2
Test method
Culture Foley catheter for 24 hours in the petri-dish after cutting in slice.
Test strain
Pseudomonas aeruginosa
Test results
SAMPLE 1 : Ordinary Foley catheter (Big pollution damage caused by strain)
SAMPLE 2 : The Foley catheter with BioCleanAct™ (Repress strain of circumference as well as surface of catheter by excellent anti-microbial effectiveness.)