• Micro Computer Controlled 130L Technology H2O2 Low Temperature Plasma Sterilizer Autoclave
  • Micro Computer Controlled 130L Technology H2O2 Low Temperature Plasma Sterilizer Autoclave

Micro Computer Controlled 130L Technology H2O2 Low Temperature Plasma Sterilizer Autoclave

Theory: Autoclave
Type: Gas Sterilization Equipments
Certification: CE, ISO13485
Electric Tension: 220V
LCD Display: With LCD Display
Ultra High Temperature Alarm: Ultra High Temperature Alarm
Customization:
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Basic Info.

Model NO.
YJ-PVS130
Sterilization Information Recording and Printing
Sterilization Information Recording and Printing
Material
Carbon Steel
Transport Package
Packed in Wooden Cases
Specification
940(L)*650(W)*1510(H)
Trademark
Foremred
Origin
China
Production Capacity
11000

Product Description

Advantages:
Rapid sterilization cycles
Excellent Performances
No damages for equipment
Non-toxic agents and harmless by-products only 
Safe for both staff and patients
Easy to install (No site modification)
Energy efficient


Features: 
Cost effective
Fast and efficient-average cycle length 32 min 
ple installationl Door ( Manual door)
User-friendly touch screen display 
USB interface

Specs:
 
  Model YJ-PVS130 YJ-PVS60
External Dimensions 1060(D)*860(W)*1660(H)
 
940(D)*650(W)*1510(H)
Chamber Dimensions 790(D)*432(W)*420(H)
 
652(D)*320(W)*330(H)
Weight 470kg
 
270kg
Chamber Capacity 130Liter  60Liter
Display Touch screen(7'' LCD) Touch screen (7'' LCD)
Normal working conditions
 External Temperatures 5ºC~40ºC  5ºC~40ºC
 Humidity  30%~80%  30%~80%
Rated input AC220V/50Hz AC220V/50Hz
Rated power 3.6kw 2.5kw
Internal Temperatures 40ºC~55ºC 40ºC~55ºC
Cycle Period 30~60min  20~60min

Micro Computer Controlled 130L Technology H2O2 Low Temperature Plasma Sterilizer Autoclave

What are the functions of a LTPS?

(Low Temperature Plasma Sterilizer)

The principal function is to protect heat and moisture sensitive devices effectively To shorten the sterilization cycle to only 32-45 minutes
To ensure minimal waste discharge of non toxic materials (water & oxygen)

To provide printed results at the end of each 4 cycle process for staff to check with little difficulty.


What kind of medical devices can be safely sterilized in a Forermed? 
Forermed are ideal for sterilizing medical devices made out of the following materials:

Acetal Resins, Aluminium, EVA (Ethyl-Vinyl-acetate), Glass, Kraton, PC (Polycarbonate), Polyethyiene, Polyetherimide(PEI), PMMA (Polymethyl Meth-acrylate), Polymer, Polyolefin, PP(Poly-Propylene), Polystyrene, Polyurethane, PVC (Poly-Vinyl-chloride), Stainless Steel, Teflon, Titanium.
Devices made out of paper, cellulose, gauze, cotton, wool, silk, powder, liquid, wood and sponges are not suitable to be sterilized in a ZeroMe.
Please contact us if you require professional advice about the suitability of any of these materials.

Target Clientele

Small, medium and large hospitals, operating rooms, private clinics, dental practices, herbal/alternative medicine clinics, medical equipment suppliers and bio-medical research centers.

How Forermed works

A hydrogen peroxide plasma cloud is created by strong electro magnetic fields. The sterilization process has two stages, diffusion and plasma.
Diffusion: Unsterilized objects are placed into a vacuum chamber. Hydrogen peroxide vapour is injected and left to diffuse throughout the chamber for a specific time.
Plasma: Specific radio frequencies are introduced into the chamber converting vapour to plasma.

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Management System Certification
ISO 9001, ISO 9000, ISO 14001, QC 080000, ISO 13485, EICC
International Commercial Terms(Incoterms)
FOB, CIF, CFR