Formedic Products
LS TEST STRIP
LS Test Strips provide a rapid and easy measure for dialysis use as semi- quantitative test of presence of chemical residues and water quality as part of a quality assurance program.
LS Free Chlorine Test Strips (100 test strips per bottle)
Daily use to test level of Chlorine in the water for first Activated Carbon (Activated Carbon 1) of the RO system.
Characteristics: 10 second reading time.
Application:
RO/Dialysis Water system
LS Total Hardness Test Strips (100 test strips per bottle)
Daily use to test level of water hardness (Magnesium and calcium) the soft water/pre RO water.
Characteristics: 10 second reading time.
Application:
RO/Dialysis Water system
LS Peroxicheck Test Strips (100 test strips per bottle)
Daily use to determine level of Peroxi RP or multiple brands of the peracetic acid in solution after disinfection.
Characteristics: 5 second reading time.
Application:
Pre-Priming test is to ensure of peracetic acid solution in the dialyzer still perform. Post-Priming test is to ensure the dialyzer free from peracetic acid residues.
Post disinfection test of RO/Dialysis water Loop system.
ProxiResidual
LS PeroxiResidual Test strips (100 test strips per bottle)
Daily strips for testing the semi-quantitative measurement of the Peroxi RP or multiple brand peracetic acid after rinsing.
Characteristics: 5 second reading time.
Application:
Post disinfection test of reprocessed dialyzer.
Pre disinfection test of RO/Dialysis Water Loop System.
FORMEDIC DIALYSIS WATER SYSTEM
FORMEDIC Dialysis Water System is designed to comply to dialysis at point of use needed
Mole Q Series (ISO23500:2011 conformity )
FORMEDIC Dialysis Water System is designed to comply to dialysis at point of use needed.
Standard Features
•Direct feed operation
•Auto operation mode
•Dual raw water pumps
•Multimedia Filters
•Activated Carbon Filter
•Water Softener
•2 units of Guard Filter
•RO module
Optional Items
• Touch Screen Panel
• Dual RO pumps
• Sub RO Control Panel
Safety Features
• Audio/visual alarm.
• Auto shutdown feed system
• Pre low level alarm
• Low level alarm
DIALYZER REPROCESSING SOLUTION
PERCLEAN™ is a dialyzer Reprocessing Solution perfect for infection control ensuring the safety of patient
PERCLEAN™
PERCLEAN™ is an active peracetic acid-based high-level cold sterilant and maintains both high stability and high activity at a low pH level due to its electrolytic manufacturing process.
Below are 4 PERCLEAN™ promises that guarantees the broadest sterilant activity with the highest level of safety.
Effective
PERCLEAN™ is an active stabilized mixture of peracetic acid, hydrogen peroxide and acetic acid. PERCLEAN™ kills and destroys all pathogenic bacteria including Staphylococcus aureus, Pseudomonas, Escherichia coli, Streptococcus faecalis, tuberculous and non-tuberculous mycobacteria, Hepatitis B and C viruses, HIV and fungi. PERCLEAN™ is sporicidal in less than 15 minutes at full strength and in 45 minutes at its use dilution (tested by SIRIM).
Safe
PERCLEAN™ is a “demand-release” sterilant: it exert its oxidizing activity when in contact with organic material. PERCLEAN™ is biodegradable: it decomposes into water, acetic acid and oxygen.
Reliable
In addition to microbiological and toxicological tests, PERCLEAN™ has been thoroughly tested for biocompatibility and physical compatibility with dialyzer membranes.
PERCLEAN™ has demonstrated its reliability in Dialysis center in recent year of continuous successful use.
Stable
PERCLEAN™ is stable up to 12 months from the date of manufacture allowing stock optimization while decreasing the number of orders.
PERCLEANTM does not require activation, decreasing handling time
Package
PERCLEAN™ comes in 5 or 10 Liter per canister with vented cap.
Formulation
H2O2 + CH3COOH → CH3CO (O) OH + H20
Chemical Properties
Peracetic AcidCH3COOOH (5.0%)
Hydrogen Peroxide H2O2 (23.0%)
Acetic Acid CH3COOH (16.0%)
Inert Ingredients5 (6.0%)
Colorless Liquid
Pungent, Sharp, vinegar like odor Very soluble in water
pH: 2.7
Non-Foaming
Application
Reuse Dialyzer
Dialysis Machine
RO membranes
Dialysis Water Loop System