3-4 Layers CE Approved Self-Contained Fully Automatic Laboratory Glassware Washer with In-Situ Drying Plus Basket Recognition System

Short Description:


Product Detail

Product Tags

Basic Info.

Model NO.
Flash-F2
Application
School, Hospital, Lab, Different
Type
Heating Type
Transport Package
Wooden Packaging
Specification
105*90*157cm
Trademark
XPZ
Origin
China
HS Code
842220000
Production Capacity
100000/Year

Product Description

Product Description

Product Description:
Flash-2/F2 Laboratory glassware washer,Three – layers cleaning independent installation,It can be connected  with tap water & pure water. The standard process is to use tap water & detergent to do mainly wash, then use Pure water rinsing, it will bring you a convenient and fast cleaning  effect. When you have drying requirements for cleaned utensils, please choose Flash-F1.
Quick Details

Brand Name: XPZ Model Number: Flash-F2
Place of Origin: Hangzhou,China Overall Power Consumption: 13KW or 24KW
Washing Chamber Volume: 308L Material: Inner Chamber 316L/Shell 304
Water Consumption/Cycle: 23L Power Consumption-Water Heating: 9KW or 18KW
Washer Chamber Size(H*W*D)mm: 990*540*550mm External Size(H*W*D)mm: 1326*930*750mm
Gross Weight(kg): 225kg

Packaging&Delivery

Packaging&Delivery

Packaging Details :  Wooden Package
Port     :       Shanghai,China

Automatic Glassware Washer
Features:
1. Can be standardized for cleaning to ensure uniform cleaning results and reduce uncertainties in human operation.
2. Easy to verify and save records for easy traceability management.
3. Reduce staff risk and avoid injury or infection during manual cleaning.
4. Cleaning, disinfection, drying and automatic completion, reducing equipment and labor input, saving costs
——-Normal washing procedure
Pre-washing → washing with Alkaline detergent under 80°C → rinse with Acid detergent →rinse with tap water → rinse with pure water→rinse with pure water under 75°C→drying
Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment
Technological Innovations: Modular basket design
baskets(1)

It is divided into upper and lower cleaning baskets. Each layer of the basket is divided into two (left and right )modules. The module is arranged with automatic closing mechanical valve device. It can also be placed on any layer without changing the basket structure.
Importance:
1: More extensive cleaning, can wash more varieties of glasswares
2: There are four seats at the same time in the upper and lower layers, and four modules can be placed at the same time
3: Free combination according different bottles.
4: Cleaning costs decrease
5: Each layer (upper or lower) can be cleaned separately, especially the lower layer, which can be cleaned directly after placing the module

Efficient drying
1.In situ drying system
2. Built-in HEPA high efficiency filter to ensure the cleanliness of dry air;
3. Synchronize the drying water circulation pipeline to avoid the pipeline contamination of the cleaning system;
4. Double temperature control to ensure drying temperature;
Operation management
1.Wash Start delay function: The instrument comes with appointment time start & timer start function to improve the customer’s work efficiency;

2. OLED module color display, self-illumination, high contrast, no viewing angle limitation

4.3 level password management, which can meet the use of different management rights;

5. Equipment fault self-diagnosis and sound, text prompts;

6. Cleaning data automatic storage function (optional);

7.USB cleaning data export function (optional);

8. Micro printer data printing function (optional)
Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment
Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface TreatmentFully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface TreatmentFully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface TreatmentFully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment
Automatic glassware washer—principle
Heating the water, adding detergent, and use a circulation pump to drive into the professional basket pipe to wash the inner surface of the vessel. there are also upper and lower spray arms in the instrument cleaning chamber, which can clean the upper and lower surfaces of the vessel.
Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment

Company Profile

XPZCompany

Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment

Hangzhou Xipingzhe Instruments Technology Co., Ltd

XPZ is a leading manufacturer of laboratory glassware washer,located in hangzhou city,zhejiang province,china.XPZ specializes in research,production and trade the automatic glassware washer which is applied to Bio-pharma,Medical health,Quality inspection environment ,food monitoring,and petrochemical field.

XPZ is committed to help solve all kinds of cleaning problems.We are the main supplier to Chinese inspection authorities and chemical enterprises,meanwhile XPZ brand has been spread to many other countries,like india ,UK,Russia,South Korea,Uganda,the philippinese etc.,XPZ provides integrated solutions based on customized demand,including product selection ,installation and operate training etc.

We will gather more enterprise advantage to provide innovtive products with high quality and excellent service ,to keep our long-term friendship.

XPZ Factory
Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment

Exhibition

Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment

Certifications

 

Fully Automatic Glassware Washing Machine with 3-4 Layers of Stainless Steel Inner Cavity for Mirror Surface Treatment


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