1 Sales M-2000 Experimental Vacuum Low Temperature Spray Dryer,Manufacturer
Position: Home > > Lab general equipment > Heating / drying equipment > Spray drier > M-2000 Experimental Vacuum Low Temperature Spray Dryer for laboratory

M-2000 Experimental Vacuum Low Temperature Spray Dryer for laboratory

Product ID:SYJRGZpwgz024

Price: Please inquire PDF Format
Supply Ability:50 SETS/MON
Port:SHENZHEN
share:
  • Product Introduction
  • Consulting
  • Model NumberM-2000
    Brand NameSHANGHAIYUMING
    Payment TermsT/T, paypal
    M-2000 Experimental Vacuum Low Temperature Spray Dryer
     
    Introduction:
    YM-2000 experimental low-temperature spray dryer is a product carefully developed by our company Shanghai Yuming after thousands of experiments. The whole machine is compact in design, self-contained, and can run without other facilities. Large color LCD touch screen operation, main components such as compressor, peristaltic pump, heater, nozzle, etc. are all made of 316 materials. The excellent stability of the equipment and the high collection rate of the products have been recognized and praised by customers.
    The large color LCD touch screen operation can adopt two operating modes, fully automatic or manual monitoring, which is convenient for operation and monitoring of the experimental process. In the laboratory, it can monitor Chinese medicine (Chinese herbal medicine), natural product extracts and fruit juices, etc., under low temperature conditions, Obtain fluid powder particles, and the yield is extremely high, providing a convenient and safe drying method for heat-sensitive materials, such as biological products, natural product extracts of traditional Chinese medicine with high sugar content, heat-labile polymer materials, and hot air Chemical materials, various inorganic materials, etc.
    Features:
    1. The entire experiment process of spray drying can be completed at 50-200°C, which greatly reduces the drying temperature of materials and solves the problem of spray drying of heat-sensitive materials
    2. Color touch screen operation: heating temperature PID constant temperature control, peristaltic pump feeding speed can be adjusted at any time, high degree of automation
    3. The particle diameter of the spray powder is normally distributed, the fluidity is very good, and the noise is very low, which meets the laboratory noise standard
    4. The atomization structure of the two-fluid spray is made of 316 stainless steel, and the design is compact, no auxiliary equipment is needed, easy to use, and easy to clean.
    5. In order to meet the user's requirements for adjusting various parameters in the experimental range, the real-time PID constant temperature control technology is adopted in the design of the drying temperature control, so that the temperature control of the whole temperature zone is accurate, and the heating temperature control accuracy is ±1.
    6. The feed volume can be adjusted by the feed peristaltic pump, and the rated processing volume is 1500mL/H
    7. The jet is automatically dredged (through the needle) and the frequency is adjustable. When the nozzle is blocked, it will be automatically cleared to ensure the continuity of the experiment
    8. Peripherals only need to be plugged in, the equipment is exquisite, beautiful and easy to move
    Technical Parameters:
    The whole machine is made of stainless steel, two-fluid spray atomization structure, with movable rollers
    Inlet air temperature control: 50 200°C
    Rated material handling capacity: 1500ml/h
    Equipped with nozzle cleaner (through needle), it will be automatically cleared when the nozzle is blocked, and the frequency of the through needle can be automatically adjusted
    A small amount of samples: 50mL (depending on the difference in the solid content of the material)
    Real-time regulation PID constant temperature control technology, heating temperature control accuracy: ±1
    Nozzle diameter: 0.5mm, 0.7mm, 1mm, 1.5mm, 2mm optional, and can be customized according to customer requirements
    Machine power: 6KW 380V 50HZ
    Instant spray drying under low temperature (50-200) conditions
    Vacuum degree -0.050.06MPA
    Seven-inch color LCD touch screen operation control, Chinese/English switchable operation interface, combination of automatic control and manual control, unique temperature changes on-line display of the machine, which is conducive to data observation and scientific research
    Size: 900×700×1700MM (L×W×H)
    Weight: 200kg
  • Introduction:
    YM-2000 experimental low-temperature spray dryer is a product carefully developed by our company Shanghai Yuming after thousands of experiments. The whole machine is compact in design, self-contained, and can run without other facilities. Large color LCD touch screen operation, main components such as compressor, peristaltic pump, heater, nozzle, etc. are all made of 316 materials. The excellent stability of the equipment and the high collection rate of the products have been recognized and praised by customers.
    The large color LCD touch screen operation can adopt two operating modes, fully automatic or manual monitoring, which is convenient for operation and monitoring of the experimental process. In the laboratory, it can monitor Chinese medicine (Chinese herbal medicine), natural product extracts and fruit juices, etc., under low temperature conditions, Obtain fluid powder particles, and the yield is extremely high, providing a convenient and safe drying method for heat-sensitive materials, such as biological products, natural product extracts of traditional Chinese medicine with high sugar content, heat-labile polymer materials, and hot air Chemical materials, various inorganic materials, etc.
     
Products
Analytical instruments
Physical property test
Environmental monitoring and analysis
Lab general equipment
About us
About this website
Our service
Product purchase
Contact Us

Newsletter

Make Sure you dont miss interesting happenings by joining our newsletter program.

Contact Us
+86-18620722006
instruments@instrumentstrade.com