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Benchtop Manifold Top Press Freeze Dryer LE-BMTF501 is a portable system with a 3 kg condenser capacity and -50 °C condenser temperature for drying aqueous specimens. It supports a wide range of sample volumes up to eight flasks. Equipped with a manifold system that allows lyophilization of a wide spectrum of sample volumes. Integrated with precise vacuum control ensures faster freeze-drying and consistent, reproducible results. Our Benchtop Top Press Freeze Dryer is suitable for laboratory applications for faster freeze-drying aqueous specimens.
Specifications
| Condenser temperature | - 50 °C |
| Condenser capacity | 3 kg / 24 h |
| Freeze-Drying area | 0.08 m² |
| Bulk capacity | 0.8 L |
| Vial capacity Φ 12 mm | 560 Pieces |
| Vial capacity Φ 16 mm | 285 Pieces |
| Vial capacity Φ 22 mm | 165 Pieces |
| Shelves | 4 Shelves |
| Shelves dimension | Φ 180 mm |
| Final vacuum | Less than 10 Pa |
| Power supply | 220 V / 50 Hz |
| Power consumption | 970 W |
| Internal dimension | 565 × 420 × 360 mm |
| External dimension | 565 × 420 × 430 mm |
| Weight | 115 Kg |
Features
Applications
Function Implementation Research labs 970 W powers freeze-drying of up to 165 vials Clinical specimen prep -50 °C condenser temperature enables rapid cooling Industrial drying operations 3 kg / 24 h condenser capacity supports high-volume drying Quality control testing Final vacuum of less than 10 Pa ensures precise results Pharmaceutical manufacturing 0.08 m² freeze-drying area accommodates small batch processing
Lab Expo Benchtop Freeze Dryers support efficient lyophilization where compact footprint, stable vacuum control, and precise low-temperature condensation are required for sensitive samples. The system operates with regulated refrigeration at defined condenser temperatures and controlled vacuum to maintain consistent sublimation conditions. Corrosion-resistant cold traps, transparent doors, and digital monitoring support controlled operation, while versatile manifold configurations enable repeatable, adaptable freeze-drying performance for routine laboratory workflows.
