SCIENTZ-10YD/A ordinary type-Global supplier

model		SCIENTZ-10YD
Specifications		A ordinary type	B gland type
Freeze dried area (m2)		0.2	0.1
Water catching capacity (kg/batch)		3
Bottled volume of penicillin	Φ12mm	1300	650
	Φ16mm	770	388
	Φ22mm	410	205
Disk loaded solution (L)		2	1
platelayerSize (mm)	long	430
	wide	240
platelayerSpacing (mm)		70
platelayerQuantity (block)		2	1
platelayerTemperature setting (℃)		-50~+60 (empty load)
Cold trap temperature setting (℃)		≤ -56 (empty load)
Electric defrosting function		/
Automatic drainage function		have
Ultimate vacuum degree (Pa)		<10 (empty load)
Power (Kw)		1.7（220V）	1.6（220V）
Environmental temperature (° C)		≤25
Chassis dimensions (mm) excluding vacuum pump		6701200880	6701320880
Whole machine weight (kg)		164

Product Description

The SCIENTZ-10YD series electric heating in-situ freeze-drying machine adopts unique safe electric heating technology, ensuring in-situ freeze-drying of samples while providing customers with a more convenient and economical choice for exploring freeze-drying processes. The SCIENTZ-10YD series electric heating in-situ freeze-drying machine reduces the tedious operation process and lowers the risk of material contamination, making it an excellent choice for universities, research institutes, and pharmaceutical companies to conduct related experiments.

working principle

Vacuum freeze-drying technology, also known as freeze-drying technology in China. It refers to the process of drying solid materials directly into a gaseous state without going through the liquid phase under vacuum conditions. During the freeze-drying process, the solvent directly sublimates from solid to gas, as the solid component is supported by the hard solid solvent in its position. During the sublimation of solid solvents, pores are left in the dried residual material, so the original chemical structure and morphology of the solute will not be destroyed. Moreover, materials with biological activity can still restore their conformation and biological function before freeze-drying even after re dissolution. Therefore, freeze-drying technology is considered to be the safest drying method with the least impact on the properties of the dried substance.

application area

Universities and research institutes
Inspection Institute	Sample pretreatment of vegetables and meat products
agricultural academy	Freeze drying of food, plant specimens, and medicines by nursery plants, agricultural product processing plants, plant protection plants, etc
Military Academy	Freeze drying of medical supplies, drugs, animal and plant tissues, nucleic acid, protein, serum and other samples
Chinese Academy of Sciences	Freeze drying of samples for drug development, polymer synthesis, nanomaterials, soil testing, food testing, etc
College of Life Sciences	Freeze drying preservation of microorganisms and viruses, extraction and drying of proteins, freeze-dried powder of vaccines and anticancer drugs, freeze-drying of insect and animal and plant tissues
School of Materials Science	Drying of nanomaterials (preventing particle aggregation) and preparation of ultrafine catalysts
College of Food Science	Pre treatment of samples in food nutrition analysis experiments
School of Environment	Freeze drying of soil and sludge samples
school of pharmacy	Research on chemical drug synthesis, development of powder injections, and extraction of traditional Chinese medicine components
College of Chemistry	Freeze drying of polymer materials, insoluble substances, etc
Government units
Environmental Protection Bureau	Freeze drying of soil and sludge samples
Entry and exit	Pre treatment for pesticide residue detection in vegetables, meat products, etc
Disease Control	Freeze drying of bacterial strains, viruses, etc., and pre-treatment of physical and chemical laboratory samples
Biopharmaceutical companies
Biopharmaceutical companies	Vaccine powder injection, interferon, oral disintegrating tablets, serum protein and plasma, enzymes, coenzymes, eye disintegrating tablets, cosmetic skin tissues, etc

Product Features

Overall performance: safe and efficient, environmentally friendly and clean

• Support freeze-drying of ampoules, penicillin bottles, glass flasks, plasma bottles or plates

Reduce tedious operations, minimize material contamination risks, and ensure the safety of laboratory personnel and samples

Control system: intelligent control, true color display

7-inch true color LCD touch screen, designed ergonomically

•Important parameters (cold trap temperature/sample temperature/vacuum degree/partition temperature, etc.) are clear at a glance

Industrial grade embedded operating system with fast response speed and large amount of stored data

• Freeze drying data is automatically saved, viewed in real-time, reproduced in history, and the freeze-drying process is clear and controllable

• Support storing multiple sets of freeze-drying curves, USB copying, browsing on the upper computer, and printing support

Optional UPS power supply to ensure continuous operation

• Equipped with automatic alarm function for high room temperature

• Refrigeration system: rapid cooling, clear and visible

Using imported compressors for rapid cooling and low temperature in the cold trap

Optional -80 ℃ compressor for better cooling effect

Optional cold trap electric heating defrosting function

Heating system: safe, efficient, stable, and intelligent

Using a 36V safe voltage silicone rubber electric heating plate as the heating element

The temperature of the partition is adjustable and controllable, which can be used to explore pilot and production processes

Multiple freeze-drying curve schemes are available for selection, each including 40 temperature control settings

• Implement recording of various freeze-drying process parameters

Drying chamber: anti-corrosion cold trap, supporting pre freezing

Select aviation grade colorless transparent organic glass doors

The maximum ice capture capacity of the cold trap is 3KG, with a larger ice capture surface area

• Support temperature measurement and control of the board layer

The temperature uniformity of the board layer is less than ± 1 ° C

The smoothness RA of the board layer is ≤ 0.5 Μ M, and the flatness is ≤ ± 0.5 Μ M

• Equipped with an inflation valve that can be filled with dry inert gas

Vacuum system: controllable vacuum, intelligent protection

• Cold trap temperature can be set, and the vacuum pump can be turned on when the temperature is lower than the set value to protect the service life of the vacuum pump

Optional vacuum pump oil mist filter

Optional fully automatic vacuum pressure differential valve to prevent oil backflow

Optional features

	Stacking unit, cold trap can reach -80 ℃	Imported vacuum pump	• Automatic nitrogen charging interface	Cold trap electric heating defrosting
	APP and PC remote control function	• Eutectic point testing	•External T-shaped bracket is available

Experimental Introduction

Electric heating

Product accessories