Top Press Manifold Freeze Dryer T-TMD-S2101

Introduction

Top Press Manifold Freeze Dryer offers -60℃ temperature. It features compatibility for ampoules, vials, flasks, plasma bottles, and trays for flexible sample types. Equipped with transparent vacuum hood, sealing gasket, and acrylic flange, it ensures clear visibility and airtight closure. Incorporates pre-freezing and one-click defrosting capability for convenience. Top Press Manifold Dryer is ideal for drying and preserving heat-sensitive materials.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Top Press Manifold Freeze Dryer enables drying of heat-sensitive materials in biological research, pharmaceuticals, chemical processing, food preservation, academic labs, and strain conservation procedures.

Specifications

Drying Area	0.08 m²
Condenser Temperature	-60℃
Ice Capacity Per Batch	4 Kg
Pumping Speed	2 L/S
Number Of Material Tray	3
System Vacuum Degree	0.1Pa
Standard Vacuum Degree	Less than or equal to 5 Pa
Eggplant Shaped Flask	100ml×2, 150ml×2, 250ml×2, 500ml×2
Vial Loading Capacity	Vial ɸ 12mm: 560 pieces, Vial ɸ 16mm: 318 pieces, Vial ɸ 22mm: 165 pieces
Noise	Less than or equal to 55dB
Ambient Temperature	Less than or equal to 35°C
Disc Spacing	100mm
Power Consumption	950W
Power Supply	AC220V 50HZ or 110V/60HZ
Tray Diameter	180 mm
Dimension	480× 600×770 mm
Packaging Dimension	620×850×920 mm
Net Weight	63 Kg
Gross Weight	140 Kg

Features

Eco refrigeration compressor

Color touch screen

USB export support

Maintenance alert function

Vacuum valve adjustability

Front ventilation window

Mobile caster wheels

FAQs

1. What is a Top Press Manifold Freeze Dryer?

A Top Press Manifold Freeze Dryer is an apparatus that uses a manifold system to evenly freeze-dry materials by applying controlled pressure and temperature.

2. How does Top Press Manifold Freeze Dryer work?

It operates by freezing the material, then using a vacuum and controlled heat via the manifold to gradually remove moisture through sublimation, preserving the structure of product.

3. What kind of maintenance is required by Top Press Manifold Freeze Dryer?

Regular maintenance includes cleaning of manifold, checking vacuum pumps, and ensuring proper temperature and pressure control.

4. Can Top Press Manifold Freeze Dryer be used to preserve food?

It is ideal for preserving food, as it removes moisture while maintaining the nutritional content, flavor, and texture of food.

5. Is Top Press Manifold Freeze Dryer suitable for pharmaceutical applications?

It is widely used in the pharmaceutical industry to preserve sensitive compounds like vaccines, proteins, and other biologics by maintaining their stability.

6. Can Top Press Manifold Freeze Dryer be used for drying biological samples?

It is commonly used for drying biological samples, including tissues, enzymes, and cultures, preserving their structure and integrity for further study or use.

7. Can Top Press Manifold Freeze Dryer be used for research and development?

It is commonly used in research and development settings to test the effects of freeze-drying on different materials, ensuring consistent and reproducible results.

8. How does a Top Press Manifold Freeze Dryer benefit the biotech industry?

It benefits the biotech industry by preserving the integrity of sensitive biological materials, such as antibodies, enzymes, and vaccines, through a controlled freeze-drying process that ensures stability and long shelf life.

9. Can Top Press Manifold Freeze Dryer be used in the preservation of botanical extracts?

It is commonly used for preserving botanical extracts, as it helps maintain the potency and therapeutic properties of the plant compounds by drying them without using heat.

10. How does Top Press Manifold Freeze Dryer help in preserving microbial fermentation products?

It helps preserve microbial fermentation products by gently removing moisture without affecting their microbial viability or biochemical properties.