Floor Model Manifold Top Press Freeze Dryer LFFD-T2013

Introduction

Floor Model Manifold Top Press Freeze Dryer features a condenser temperature of -60°C for efficient sample processing. It includes an automatic defrost function to maintain optimal performance. The micro-adjustable vacuum valve ensures stable control over drying conditions for better sample integrity. Our freeze dryer is ideal for biological, pharmaceutical, and food industries, providing reliable preservation of sensitive materials.

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 Manifold Top Press Freeze Dryer is designed for efficient freeze-drying of heat-sensitive materials, ensuring effective preservation in various industries. This product is ideal for biological research, pharmaceuticals, and food processing, providing reliable long-term storage of samples.

Specifications

Condenser Temperature	-60°C (optional -80°C)
Ambient Temperature	Less than or equal to 35°C
Condenser Capacity	4 kg
Freeze Drying Area	0.08 m²
Noise Level	Less than or equal to 55 dB
Pumping Speed	2L/s
Vial Capacity Φ 12 mm	560 pieces
Vial Capacity Φ 16 mm	318 pieces
Vial Capacity Φ 22 mm	165 pieces
Eggplant Shaped Flask	2 × 100 ml, 2 × 150 ml, 2 × 250ml, 2 × 500ml
Shelves	180 mm, 3 layers
Layer Spacing	100 mm
Vacuum Degree	Less than or equal to 5 Pa
Final Vacuum	0.1 Pa
Power Consumption	950 W
Power Supply	AC220V 50Hz or 110V/60Hz
Packaging Dimensions (W×D×H)	620×850×920 mm
Dimension (W×D×H)	480×600×770 mm
Packaging Weight	140 kg
Weight	63 kg

Features

Low noise emission

Efficient heat transfer technology

Multi-vial capacity compatibility

Corrosion-resistant stainless steel

Advanced cold trap functionality

FAQs

1. How does the Floor Model Manifold Top Press Freeze Dryer improve data management in regulated environments?

Floor Model Manifold Top Press Freeze Dryer includes automatic data saving, export, and deletion features, helping labs maintain organized, audit-ready documentation. The system records key parameters like vacuum levels, sample temperature, and runtime without operator input. Stored data can be extracted via , streamlining reporting for compliance purposes. Researchers can archive results across sample batches without risk of loss. The real-time display enhances operational oversight. This setup reduces documentation errors in quality-sensitive fields. Data logs are especially valuable for pharmaceutical and academic labs. It ensures traceability while minimizing administrative workload.

2. How does the Floor Model Manifold Top Press Freeze Dryer maintain freeze-drying quality across varying sample formats?

Floor Model Manifold Top Press Freeze Dryer uses a uniform cold trap surface combined with professional gas diversion technology to ensure consistent ice crystal formation across all samples. Regardless of the container type—vials, ampoules, or flasks—the sublimation process remains stable and evenly distributed. The layered shelf system prevents localized temperature variation during operation. This reduces inconsistencies in final product structure or rehydration behavior. It enables multi-format batch processing without quality compromise. Uneven drying is minimized through symmetrical airflow design. This setup is especially useful in labs running mixed-format samples in a single cycle.

3. How does the Floor Model Manifold Top Press Freeze Dryer enhance user safety during operation?

It Floor Model Manifold Top Press Freeze Dryer incorporates vacuum alarms and maintenance reminders to keep users informed throughout drying cycles. The system instantly notifies operators of pressure deviations to prevent incomplete drying or sample loss. Its reminders help maintain regular upkeep, reducing mechanical wear. The touchscreen displays alerts during each stage of use. These safeguards reduce the chance of human error, especially during unattended operation. High-precision vacuum control enhances stability. Such features promote safe, long-term instrument use in active lab environments. Operational confidence is supported by continuous internal monitoring.

4. What types of containers are compatible with the Floor Model Manifold Top Press Freeze Dryer?

The Floor Model Manifold Top Press Freeze Dryer supports a wide variety of lab containers, from ampoules and vials to flasks and plasma bottles. This compatibility allows researchers to freeze-dry different sample formats in the same run. Ports are designed for quick, secure connections to supported vessels. Container changes require no additional adapters or tools. This is valuable for labs handling variable sample types in limited timeframes. Each connection resists leaks and vacuum pressure loss. It increases flexibility in diverse freeze-drying workflows. Sample changeover is efficient and disruption-free.

5. What makes the Floor Model Manifold Top Press Freeze Dryer effective for small-batch sample drying?

Floor Model Manifold Top Press Freeze Dryer provides a freeze-drying area of 0.08 m², ideal for handling limited-volume runs with controlled exposure. The design accommodates 3 shelf layers with 100 mm spacing, allowing even sublimation across levels. It supports labs conducting targeted experiments or pilot studies with a restricted batch size. Shelf layout ensures reliable dehydration without overstacking. Tray access is optimized for repeatable outcomes. Compact batch operations benefit from energy conservation. It’s tailored to research environments where small quantities require high consistency.

6. How does the Floor Model Manifold Top Press Freeze Dryer support beginner-level users in labs?

The Floor Model Manifold Top Press Freeze Dryer features a 7” touchscreen with lock-screen and clearly labeled display parameters. New users are guided through each stage by on-screen visual cues and intuitive controls. Temperature, vacuum, and time indicators are visible at all times. The layout reduces learning difficulty for lab trainees or students. Access restrictions prevent unauthorized adjustments. Optional remote monitoring on mobile or PC supports training oversight. Instructional use is simplified with minimal supervision. It’s a lab-friendly platform for multi-user operation and cross-team usage.