SiLabTec, France

Product Details:

We have been able to achieve predefined targets of the firm by providing a quality approved range of Ultrasonic Probe Sonicator in a prompt manner.

 

Main features:

• Start/Stop with dry contact or a footswitch,
• LabTablet interface for easy setting
• Ethernet connection for PC monitoring and control,

Product Details:

SinapTec Ultrasonic Atomizers for Spraying & Aerosol:

• The liquid is sprayed when coming into contact with the vibrating surface.
• The ultrasonic nozzle produces droplets or particles of mastered size: the higher the ultrasonic frequency, the smaller the aerosol particles (some μm).
• Ultrasonic Atomizers Benefits – Controlled Particle size & Reduced energy consumption.

Applications :

• Humidification
• Medical aerosols
• Application of fine layers
• Spread in environments
• Production of plotters
• Confined atmosphere control

Technical Specifications:

Additional Information:

• Item Code: Atomizer
• Port of Dispatch: Ahmedabad
• Delivery Time: 6 Weeks

Product Details:

We offer an extensive range of Ultrasonic Pipe Processor to our customers. These are developed using the premium quality material and advanced technology.

SinapTec Ultrasonic Pipe Processor for High Volume Treatment

• NexTgen Power Generator 750 Wrms
• Lab Pipe Processor comprising 22kHz transducers
• LabTablet interface for easy setting.
• Control and monitoring software for the NexTgen generator
• Temperature control sensor included in the NexTgen generator in order to carry out continous temperature monitoring.

Product Details:

The Ultrasonic 20 kHz Converter reduces the friction coefficient between the particles and thus increases the flow throughput of the powders. The Ultrasonic 20 kHz Converter is combined with the classic mechanical movement of a vibrating sieve. The transmitter of ultrasonic vibrations is installed in the center of the sieve mesh. As an option, this equipment can also be proposed in ATEX version.

Key Benefits:

• Increase the though put of the sieve
• Produce breaking of agglomerates
• Decrease the proportion of product surplus
• Permanent self-cleaning of the sieve mesh