The sciSPX from SCIENION has been specifically developed for ultrasonic thin film coating of microtiter plates, biosensors, and lateral flow applications.

Video Credit: Scienion

Spraying is the most convenient approach to coat huge surfaces uniformly and accurately on a nanoscale. The sciSPX from SCIENION is a benchtop-size semi-automated coating platform that allows for the rapid and effective spraying of different solvents onto a range of substrates.

Spraying is laser-controlled and has a maximum spray area of 300 x 300 mm. The ultrasonic nozzle includes a self-cleaning mechanism that keeps it from becoming clogged.


Ideal for the coating and blocking of:

  • Biosensors
  • Lateral flow can be performed
  • Microtiter plates

These are just some of the application formats that the company has been working on at present. Enabled by the in-house R&D team, SCIENION is cable of much more. The company looks forward to helping users with their applications.

High-throughput and efficient spraying

Video Credit: Scienion


  • Versatile: It is possible to distribute highly viscous polymer solutions, aqueous buffers, and organic solvents
  • Precise: Exact droplet size, shape, and positioning as a result of the laser targeting and ultrasonic nozzle
  • High throughput: Comes with a flow syringe pump for continuous liquid delivery
  • Reproducible: Homogeneous nanoscale surface coatings or films are available


Source: Scienion

. .
Dimensions: 177cm (L) x 117cm (W) x 107cm (H)
Weight: 250 kg
Spraying Area: max. 300 mm x 300 mm
Laser Targeting for Coating Position
Nozzle: Self-cleaning, non-contact, Pin-Point Spray Shaper Atomizer Nozzle
Spraying Frequency: 60 kHz
Catalogue number: F0SPX



Image Credit: Scienion

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