Vacuum Freeze Dryer NVFD-100 features a 3kg ice condenser capacity and a condenser temperature of -70°C. The sample shelves are available with 3 to 5 adjustable layers to accommodate varying batch sizes and sample types. It features a bell-shaped chamber for enhanced performance. Our system offers PTFE anti-corrosion treatment on the cold trap and condensing coil. It also includes a flexible stainless-steel vacuum pipe to ensure efficient operation.
$8,325.00
Specifications
| Capacity | 3kg |
| Temperature | -70°C |
| Cold Trap Volume | 5L |
| Sample Shelf | 3 to 5 layers |
| External Valve | 6 pieces (optional) |
| Power Consumption | 0.6 kW |
| Power Supply | 220V, 50Hz |
| Dimensions (W × D × H) | 420 × 545 × 455 mm |
| Weight | 50 kg |
Features
Applications
Standard Accessories
Oil Mist Filters
Optional Accessories
Aluminum upper cover and external valve (6 ports)
T-frame 12 ports
Ask Expert
FAQ for Vacuum Freeze Dryer NVFD-100
1: Is the Vacuum Freeze Dryer suitable for organic solvents?
Yes, the system is equipped with PTFE anti-corrosion coating on the cold trap and condensing coil, making it suitable for handling organic solvents.
2: What is the vacuum pump performance of the Vacuum Freeze Dryer NVFD-100 model?
It achieves an extreme vacuum of 5×10?² mbar with a pumping capacity of 8m³/h.
3: Is an oil mist filter included in model NVFD-100?
Yes, it comes with a standard oil mist filter to help maintain a clean and contaminant-free drying environment.
4: What is the external valve configuration for NVFD-100?
It is available with 6 pieces by default, and additional units can be included as an optional upgrade to suit specific application needs.
5: Can I monitor the drying process digitally?
Yes, optional data output support allows real-time monitoring and tracking of temperature, pressure, and drying time.
Labnics Vacuum Freeze Dryer removes moisture from sensitive substances while preserving their structure. They consume minimal energy and operate with high efficiency. Our freeze dryers use vacuum chambers to protect heat-sensitive materials from thermal damage. These are built with durable, corrosion-resistant materials that ensure long-term performance. They incorporate eco-friendly features and low-noise operations for various applications.
