SMART Lab Atomizer Universal laboratory spray dryer for material development and pilot-scale production
The SMART Lab Atomizer from DORST TECHNOLOGIES is the result of the intensive cooperation with our customers and is perfectly tailored to the special requirements of powder development in the laboratory environment.
Outstanding is the flexibility and mobility. As the world's first and only laboratory spray dryer, the entire spray dryer can be tilted 90° on its chassis. This means that the SMART Lab Atomizer can be used anywhere, even in confined spaces.
This equipment offers flexibility in the drying process, supporting both co-current and counter-current techniques. It also provides flexible powder discharge options through a cone and/or cyclone.
Setting up the SMART Lab Atomizer couldn’t be quicker – simply plug it in, connect to your media and exhaust systems, and you're ready to start spraying.
Advantages
- Plug & Spray
- Versatile application
- Flexible process
- Small footprint
- Easy cleaning and maintenance
- Mobile device
Characteristics
Keyfacts
Technical information
Technologies
- Universal purpose: Ideal for material development and pilot-scale production.
- Tool-free setup: Simple and easy handling without the need for tools.
- Inspection window with interior lighting: Enhances visibility of the process.
- User-friendly control system: Intuitive and easy-to-use interface.
- Process data export interface: Exports process data for analysis and record-keeping.
- “Plug & spray”: Operational with minimal setup required.
- All-in-one Solution: Adaptable to various processes and applications.
- Easy cleaning: Designed for straightforward maintenance.
- Small Footprint: Compact design to save space in your facility.
- Water evaporation capacity: max. 5 kg/h
- Input temperature: max. 320°C
- Cylindrical height: 1000 mm
- Inner diameter: 1000 mm
- Electrical heating power: 10 kW
- Pump capacity: max. 0.37 l/min
- Weight: approx. 800 kg
- Water-based atomization drying
- Open system
- Two-fluid nozzle
- Rotary disk atomization
- Counter- & co-current processes
- Granulate discharge via reactor cone and/or cyclone
- Two-stage de-dusting
- Semi-automated cleaning
