- Blood Collection Tube Coating
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Blood Collection Tube Coating
Industry-proven proprietary technology used by some of the largest blood collection tube manufacturers in the world.
Our industry experts have spent the last 20 years developing and optimizing the most state-of-the-art blood collection tube manufacturing process in the world. Sono-Tek provides a complete turn-key solution for your needs.
- Unique ultrasonic atomization technology
- Manipulation of ultrasonics precisely in and out of tube inner diameter
- Proprietary multiplex precision reagent dosing system
- Fully automated control of electronics
- Fast track to enter BCT market
- 20+ years of BCT process experience
- Proprietary follow-up treatment of coated tubes
- High-volume throughput in excess of 45,000 units/hour
- Multiple coating capability (non-overlapped or layered)
- Full process validation according to FDA requirements
(Left) Ability to control atomized spray to desired area for multiple coating applications.
(Above) Extended horn 60 kHz ultrasonic nozzle allows atomizing surface to reach into BCT inner diameter during liquid dispense.
Sono-Tek ultrasonic nozzle technology is a well-known, proven technology that produces a low-velocity spray with a controlled drop size.
- Non-clogging ultrasonic technology minimizes downtime, with low maintenance
- Ultrasonic atomization allows extremely small batch production (1 ml/hr flow rate)
Ultrasonic nozzles operate by converting a high-frequency electrical signal from Sono-Tek’s Broadband Ultrasonic Generator, fed into two electrodes sandwiched between two piezoelectric transducers, into mechanical expansion and contraction of the transducers. This causes vibrations to be sent down the nozzle’s titanium horn, ultrasonically vibrating at the nozzle's atomizing tip. Liquid emerging onto the atomizing surface is broken into a spray by the ultrasonic energy concentrated there. This ultrasonic nozzle design provides an easily controllable atomized spray that cannot clog because of the large feed orifice and the self-cleaning ultrasonic vibration
BCT07R2W
