Product Description
We are one of the leading manufacturer exporter and supplier of LSD 01 Laboratory Spray Dryer Manufactured using high quality raw materials these dryers consist of an inbuilt compressor which is supplying air into the nozzle for atomization of fluid Due to the large surface area drying is very rapid owing to which sharp drop in temperature can be noticed These dryers are completely checked on various quality parameters to detect all the flaws before delivering Furthermore we hold expertise in providing these LSD 01 Laboratory Spray Dryer in various specifications at most reasonable rates
Laboratory Spray Dryers are specifically engineered to enable sample evaluation to be carried out quickly and efficiently. Suitable for both aqueous and solvent based solutions, these spray dryers are integrated with inert gas unit, allowing a nitrogen blanket to be introduced while spray drying solvent based products. Features an automatic deblocking facility, these dryers are self contained units, ready for immediate operation. Widely used for product research and development, this spray dryer is supplied with complete glassware set comprising cyclone, main drying chamber, clamps, sample collection and waste collection bottles, seals and necessary tubing.
Features Of Laboratory Spray Dryers
- Sturdy construction
- Excellent resistance aganist corrosion
- Reliable performance
- Optimum strength
Principle Of Laboratory Spray Drying Plant
Peristaltic pump of dryers is using for delivering liquid from one container to 2 fluid nozzle mounted on drying chambers Compressed air from compressor is supplied to nozzle which results in atomization of fluid into a fine spray Air in the blower gets heated with the help of an electrical air heater which blows through drying chamber Drying is very fast because of large surface area which decreases temperature In cyclone separator dry powder particles gets separated from which gets collected in glass collection bottle And the exhausted air is released through a flexible SS hose into the atmosphere In addition to this a bag filter is also provided for secondary powder collection as per the requirement of clients
Construction Of Laboratory Spray Dryers
- Blower air compressor pump and electrical air heater are placed in a panel made of stainless steel which is easy access
- A fine cloth filter is used for filtering air entering the panel
- Chambers and cyclones are made up of borosilicate glass fitted with clamp fillings
- Dryer is very easy to assembly and remove
Controls Of Laboratory Spray Drying Plant
These dryers are easy to operate fitted with inlet air temperature which is precisely controlled by the inlet temperature PID controller. Panel includes-
- Inlet Temperature controller
- Outlet Temperature indicator
- OnOff switch and indicator for feed pump
- Pump speed control with LCD display
- OnOff switch and indicator for blower
- OnOff switch and indicator for heater
- OnOff switch and indicator for air compressor
- Compressed air pressure control with LCD display of air pressure
Technical Specification Of Laboratory Spray Dryers :-
Evaporation rate of water at inlet temperature of 250 C
- Approx :1500 mlhr
- Air inlet temperature range : Up to 250 C
- Heater capacity : 3 kwh
- Spray system : 2 Fluid nozzle
- Spray Hot air flow : Downward Cocurrent Upward counter cocurrent
- Air compressor : Inbuilt
- Power supply : 230V50Hz 15Amps
- Dimensions : 230V50Hz 15Amps
Efficient and Consistent DryingThe LSD 01 Laboratory Spray Dryer offers highly consistent drying performance, achieving a product collection rate of over 95%. Its precision digital control system allows users to adjust the drying parameters according to their specific requirements, ensuring optimal results for a variety of samples. This makes it particularly suitable for research and product development in diverse laboratory settings.
Versatility Across IndustriesThis spray dryer is versatile, supporting applications in pharmaceuticals, food innovation, chemical synthesis, and ceramics research. The adjustable temperature and feed flow rate provide flexibility for processing different materials, making it an indispensable tool for R&D teams seeking to optimize small-scale sample preparation and evaluation.
FAQs of LSD 01 Laboratory Spray Dryer:
Q: How does the LSD 01 Laboratory Spray Dryer work?
A: The LSD 01 utilizes spray drying technology, where liquid feed is atomized into fine droplets, exposed to heated air inside a 2-liter drying chamber. Water evaporates rapidly, leaving a dry powder collected efficiently with a collection rate exceeding 95%.
Q: What types of materials can I dry using this spray dryer?
A: The dryer is suitable for lab-scale drying of a wide range of materials, including pharmaceuticals, food ingredients, chemical solutions, and ceramic suspensions, thanks to its adjustable temperature range and versatile design.
Q: When should I choose spray drying for my laboratory processes?
A: Spray drying is ideal when you need rapid, uniform drying of heat-sensitive or liquid samples, especially when a fine powder product is desired. Its widely used for sample preparation in research and formulation development.
Q: Where can the LSD 01 be installed in a laboratory setting?
A: The units compact footprint (650 mm x 500 mm x 1350 mm) allows it to fit easily on laboratory benches or designated equipment areas with standard 220V / 50Hz electrical outlets.
Q: What is the process for operating the LSD 01 Spray Dryer?
A: Simply pour your liquid into the feed tank, set the appropriate temperature and flow rate via the digital display, and start the unit. The automatic control system maintains set parameters, ensuring reliable and reproducible drying conditions.
Q: How does the LSD 01 benefit my laboratory work?
A: It delivers high efficiency and minimal sample loss, with quiet operation and precise temperature control. This means faster drying cycles, better reproducibility, and less wastestreamlining R&D and analytical workflows.