Floor Model Standard Freeze Dryer LFFD-T2019

Introduction

Floor Model Standard Freeze Dryer a condenser temperature of -60°C to support fast freezing and stable sublimation. It includes cold trap pre-freezing, eliminating the need for separate ultra-low temperature equipment. A micro-adjustable vacuum valve ensures reliable low-pressure conditions during drying. Our Floor Model Standard Freeze Dryer is ideal for preserving microbial strains, pharmaceuticals, herbal extracts, and food samples.

This laboratory freeze dryer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Floor Model Standard Freeze Dryer carefully dehydrates sensitive samples without altering their original form. It finds applications across biological research institutes, pharmaceutical production sites, chemical analysis labs, and food processing units.

Specifications

Condenser Temperature	-60°C (optional -80°C)
Ambient Temperature	Less than or equal to 35°C
Condenser Capacity	6 kg
Freeze Drying Area	0.18 m²
Noise Level	Less than or equal to 55 dB
Pumping Speed	4 L/s
Vial Capacity Φ 12 mm	1270 pieces
Vial Capacity Φ 16 mm	716 pieces
Vial Capacity Φ 22 mm	379 pieces
Eggplant Shaped Flask	2 × 100 ml, 2 × 150 ml, 2 × 250ml, 2 × 500ml
Shelves	240 mm, 4 layers
Layer Spacing	70 mm
Shelves Dimension	180 mm diameter per tray
Vacuum Degree	Less than or equal to 5 Pa
Final Vacuum	0.1 Pa
Power Consumption	1100 W
Power Supply	AC220V 50Hz or 110V/60Hz
Packaging Dimensions (W×D×H)	630×670×1500 mm
Dimensions (W×D×H)	560×560×980 mm
Packaging Weight	150 kg
Weight	88 kg

Features

Automatic data backup

Vacuum alarm system

Freeze-drying glass flasks

Layered shelf design

Anti-corrosion vacuum pipe

FAQs

1. Why is the Floor Model Standard Freeze Dryer ideal for sensitive biological and pharmaceutical materials?

Floor Model Standard Freeze Dryer creates a stable, low-temperature vacuum environment that safeguards proteins, enzymes, and delicate tissues against oxidation and degradation. Specialized shelf design maintains consistent heat distribution to prevent localized drying faults. The unit’s protective freezing system supports botanical, pharmaceutical, and microbial preservation without chemical additives. Integrated sensors adapt operational settings based on live sample feedback to ensure gentle drying. Researchers benefit from the extended shelf-life retention of biomolecules critical for diagnostics and therapeutics. A reinforced gasket system maintains chamber integrity during prolonged sessions. Built-in archival settings enable easy recovery of sensitive samples across multiple freeze-thaw cycles. Optimized condenser design ensures vapor trapping without condensation backflow. The system’s energy regulation preserves biological function even over multi-day drying runs.

2. How adaptable is the Floor Model Standard Freeze Dryer for multiple research sample sizes?

It Floor Model Standard Freeze Dryer accommodates a wide variety of research needs by offering flexible shelf configurations and multiple loading capacities. Small experimental batches and larger pilot studies are easily handled without compromising processing conditions. Specialized shelf racks allow stacking or horizontal distribution of samples for customized drying. Pre-programmed settings facilitate fast switching between project types based on sample nature. Multi-zone freezing supports uniform outcomes across uneven sample distributions. Time-stamped batch logging provides easy tracking of different research stages. Ergonomic tray designs reduce handling risks and enable faster loading. Adjustable chamber dimensions allow efficient utilization of available space. Optimized thermal conductivity across shelves ensures even sublimation throughout varied sample volumes.

3. What daily operational benefits does the Floor Model Standard Freeze Dryer offer laboratories?

The Floor Model Standard Freeze Dryer is built for laboratory convenience, featuring corrosion-resistant internal surfaces that maintain hygiene across repeated cycles. Integrated automatic defrost systems eliminate residual ice without extending downtime between runs. Quick access ports allow immediate sample retrieval during urgent experimental timelines. Heavy-duty construction withstands rigorous cleaning practices often required in busy labs. Adjustable shelf heights support a wide range of project types without hardware modification. High-efficiency insulation minimizes energy use even during multi-day operations. Real-time monitoring alarms provide early warnings to protect ongoing drying sessions. Streamlined touch interfaces reduce human errors during cycle programming. The compact design saves critical workspace without limiting productivity.

4. How does the Floor Model Standard Freeze Dryer assist in monitoring moisture removal during freeze-drying cycles?

Floor Model Standard Freeze Dryer incorporates multiple internal sensors to continuously track moisture evaporation rates and optimize drying dynamically. Data on shelf temperatures, condenser performance, and vacuum strength are clearly visualized for user evaluation. data ports enable secure batch log storage for post-process analysis and audits. Integrated touchscreens allow seamless adjustment of stages without interrupting cycles. Operators can monitor cumulative vapour volumes to predict endpoint timing with greater accuracy. Predictive end-point algorithms minimize the risks of overdrying fragile samples. Drying profile customization lets users tailor ramps for different materials. Historical cycle storage aids reproducibility across multiple research phases. Rapid diagnostic reports provide immediate insight into drying efficiency trends.

5. How does the Floor Model Standard Freeze Dryer minimize vacuum loss during extended processes?

It Floor Model Standard Freeze Dryer integrates reinforced vacuum seals and resilient pumping technology to sustain negative pressure during prolonged drying sessions. Secondary vapor traps reduce load on the primary vacuum, extending equipment lifespan. Continuous leak-detection protocols monitor system integrity automatically without intervention. Heavy-duty gasket fittings resist wear across repeated thermal cycles, protecting the chamber environment. Energy-optimized condensers capture vapor loads without destabilizing chamber pressure. Quick diagnostic features immediately flag minor anomalies before escalating into failures. Automated cycle-resume functions protect samples during unexpected minor disruptions. Modular vacuum line isolation prevents system-wide pressure loss. The machine's internal design supports uninterrupted batch consistency across days of operation.

6. How flexible is the Floor Model Standard Freeze Dryer for handling small research batches?

Floor Model Standard Freeze Dryer adapts to a range of container types, including vials, trays, and ampoules, making it versatile for experimental and pilot projects. Adjustable shelf configurations allow flexible sample arrangement for optimized drying efficiency. Quick-change setups allow diverse sample types within the same run without complex recalibration. Laboratories avoid downtime through easy customization of drying parameters. Compact system dimensions maximize space utilization while maintaining high throughput. Researchers achieve consistent results without needing multiple machines for varying batch sizes. Ergonomic design promotes safer handling during sample loading and unloading. Advanced freeze profiles can be tailored to the specific moisture content of different substances. Integrated alarms notify technicians if unexpected load imbalances occur during cycle progression.