Pilot Standard Freeze Dryer LPFD-T313

Introduction

Pilot Standard Freeze Dryer offers a condenser temperature of -35°C, making it ideal for consistent performance in lab-scale applications. It includes food-grade contact materials to ensure safe product handling. The system features electric heating defrosting for faster batch turnover. Our Pilot Standard Freeze Dryer is suitable for drying fruits, meats, herbs, supplements, and pharmaceuticals in research and small production settings.

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

Pilot Standard Freeze Dryer removes moisture from temperature-sensitive materials without damaging their structure or composition. It is used in laboratory research units, pharmaceutical development labs, food testing facilities, and small-scale production setups.

Specifications

Condenser Temperature	Less than or equal to -35°C
Layer Temperature Accuracy	Less than or equal to ±1°C
Shelf Temperature	-35°C to +80°C
Minimum Layer Temperature	Less than or equal to -25°C
System Ultimate Vacuum Degree	Less than or equal to 5 Pa
Layer Cooling Rate	Less than or equal to 120 min (+20°C to -25°C)
Cold Trap Cooling Rate	20°C to -35°C within 20 min
Layer Heating Rate	Less than or equal to 120 min (-25°C to +20°C)
Condenser Capacity	Less than or equal to 12 kg
Bulk Capacity	10 to 12 kg/batch
Liquid Product Capacity	About 12 L (thickness 10mm)
Vial Capacity Φ 12 mm	6510 vials
Vial Capacity Φ 16 mm	3662 vials
Vial Capacity Φ 22 mm	1937 vials
Layer Spacing	38 mm
Refrigerant	R404
Noise Level	Less than or equal to 62 dB
Defrosting Method	Electric heating defrosting
Freeze Drying Area	0.92 m²
Layer Dimension (L×H)	275 mm × 445 mm
Power Consumption	2500 W
Power Supply	Single phase 220V
Packaging Dimension (L×W×H)	820 × 800 × 1540 mm
Dimension (L×W×H)	680 × 640 × 1180 mm
Packaging Weight	203 kg
Weight	130 kg

Features

Quick-start freeze mode

Compact vertical layout

Rapid condenser recovery

Modular tray design

Touchscreen cycle access

FAQs

1. How does the Pilot Standard Freeze Dryer maintain product integrity during longer freeze-drying cycles?

Pilot Standard Freeze Dryer supports extended cycle durations without compromising sample quality due to its consistent thermal distribution across all trays. This allows operators to handle sensitive substances such as botanicals or nutraceutical blends without worrying about inconsistencies. The equipment’s structure supports uninterrupted drying, minimizing thermal fluctuation over long periods. Carefully balanced insulation helps reduce environmental interference during prolonged operations. It’s also capable of maintaining set parameters even with complex product compositions. The Pilot Standard Freeze Dryer ensures batch reliability across multiple formats. Its design maintains uniformity even with varying moisture levels or material types. The unit preserves critical characteristics throughout the drying cycle without risking deterioration.

2. What type of safety measures are built into the Pilot Standard Freeze Dryer for long-term lab usage?

The Pilot Standard Freeze Dryer incorporates critical safeguards designed for consistent laboratory operation. Built-in over-temperature protection prevents system stress during prolonged runs, reducing the risk of component fatigue. Its architecture also includes stable power control to avoid voltage-related disruptions. The freeze dryer’s chamber has pressure-mitigating mechanisms that help preserve vacuum stability over extended use. It’s been engineered with attention to thermal resilience, preventing overheating during repeated use. Pilot Standard Freeze Dryer also features programmed stop sequences to avoid shock freezing. These ensure both user safety and product integrity in high-frequency applications. Its design reflects the practical needs of lab workflows that demand reliability and control.

3. Why is the Pilot Standard Freeze Dryer well-suited for delicate bioactive compounds?

The Pilot Standard Freeze Dryer supports gentle drying conditions tailored for heat-sensitive substances like enzymes, amino acids, or peptides. Its controlled environment helps reduce degradation risk during drying, especially in compounds prone to volatility. The layered system ensures low-temperature handling with minimal physical stress. With stable chamber insulation, the product stays protected against temperature variation that could affect molecular integrity. The Pilot Standard Freeze Dryer is trusted for bio-research settings requiring minimal biochemical alteration. Its architecture favors molecular preservation while maintaining drying efficacy. freeze dryer gives researchers a reliable platform to prepare delicate samples. It's ideal when outcome fidelity is crucial to experimental validity.

4. Can the Pilot Standard Freeze Dryer support product research that involves multiple texture types in a single batch?

It Pilot Standard Freeze Dryer accommodates multiple texture formats simultaneously without cross-contamination or quality inconsistency. The uniform layer spacing and heating response allow for drying items with different densities, like gels, slurries, or fibrous materials. Its chamber structure supports parallel processing for mixed applications. This is especially useful in test batches where textures vary across samples. The freeze dryer stabilizes internal parameters for each shelf, ensuring balanced drying regardless of material composition. Pilot Standard Freeze Dryer performs well even when processing organic blends with diverse moisture content. It offers a structured approach for simultaneous freeze-drying research. Ideal for R&D centers handling sample variations in one go.

5. How does the Pilot Standard Freeze Dryer simplify post-run cleaning in laboratory environments?

The Pilot Standard Freeze Dryer’s design includes smooth interior linings that simplify cleaning between cycles. Its open-access structure enables thorough wipe-downs without disassembling complex parts. The freeze dryer’s drain system clears remaining residues post-defrost, helping maintain hygiene. Cleaning downtime is reduced through smart chamber layout and accessible trap areas. The Pilot Standard Freeze Dryer promotes safe sample transitions without buildup risks. unit’s exterior and cold trap resist material adherence that typically complicates cleanup. This makes it suitable for labs running frequent or rotating tests. It’s built for real-world lab routines that value quick resets and cross-contamination control.

6. What makes the Pilot Standard Freeze Dryer viable for limited-space lab setups?

Pilot Standard Freeze Dryer combines powerful freeze drying capability with a compact footprint that fits into tighter lab benches. Despite its functional depth, it doesn’t require extensive rearrangement of existing setups. The machine’s vertical build reduces lateral occupation, helping conserve bench real estate. It allows placement in multi-instrument rooms without spatial conflicts. The Pilot Standard Freeze Dryer supports robust performance in confined environments. We designed the system to accommodate high-function usage with modest space. unit’s plug-in configuration further simplifies lab integration. Its size makes it a practical choice for labs operating under tight spatial constraints.