Privacy

We use cookies on our website. Some of them are essential, while others help us improve this website and your experience.
In this overview you can select and deselect individual cookies of a category or entire categories. You will also receive further information about the available cookies.
group essential
name Netzhirsch
technical name _netzhirsch_cookie_opt_in
provider
expire in days 30
privacy policy
use Used to determine which cookie has been accepted or rejected.
allowed
group essential
name Contao CSRF Token
technical name csrf_contao_csrf_token
provider
expire in days 0
privacy policy
use Protects the website against counterfeiting of cross-location requests. After closing the browser, the cookie will be deleted again.
allowed
group essential
name PHP SESSION ID
technical name PHPSESSID
provider
expire in days 0
privacy policy
use PHP cookie (programming language), PHP data identifier. Only contains a reference to the current session. No information is stored in the user's browser and the cookie can only be used by the current website. This cookie is mainly used in forms to increase user friendliness. Data entered in forms are e.g. briefly saved when there is an input error by the user and the user receives an error message. Otherwise all data would have to be entered again.
allowed
group Analytics
name Google Analytics
technical name _ga, _gat, _gid
provider Google LLC
expire in days 730
privacy policy https://policies.google.com/privacy
use Google cookie for website analysis. Generates anonymous statistical data about user behavior when browsing on the website.
allowed
group Vimeo
name Vimeo
technical name _gid,_gac_UA-76641-8,_gcl_au,_gcl_aw,_gcl_dc ,_fbp,continuous_play_v3,_abexps,player,__qca, vimeo_gdpr_optin,embed_preferences, search_click_position,sd_client_id,_ga,vuid,__ssid
provider Vimeo Inc
expire in days 3590
privacy policy https://vimeo.com/cookie_policy
use Allows you to use the Vimeo video player.
allowed
group Analytics
name Matomo
technical name _pk_ses.4.[domainHash], _pk_id.4.[domainHash]
provider Matomo
expire in days 390
privacy policy https://www.biofluidix.com/contact/privacy.html
use Matomo cookie used for website analysis, ad targeting and ad measurement.
allowed
group essential
name Contao HTTPS CSRF Token
technical name csrf_https-contao_csrf_token
provider
expire in days 0
privacy policy
use Dient zum Schutz der Website vor Fälschungen von standortübergreifenden Anfragen . Nach dem Schließen des Browsers wird das Cookie wieder gelöscht
allowed

PipeJet® Technology

Non-contact nanoliter dispensing based on piezo-actuated mechanism and dispensing capillaries. Independent of liquid type for highly reproducible droplet deposition on any substrate.

PipeJet® working principle

Single droplets on demand. Precise. Robust. Reliable.

The patented PipeJet® technology enables a non-contact dispensing of highly reproducible droplets at very low volumes. Key element is an elastic polymer tube - the pipe - that is partially squeezed by a piezo stack actuator. Due to the direct volume displacement, the liquid is ejected in a spherical droplet shape. The dispensing parameters can be adjusted by the BioFluidix Control Software to address the desired volume, droplet shape and velocity.

Free of liquid classes

The PipeJet® technology is applicable to dispense liquids in a wide range of viscosity, surface tension or density. We offer a free feasibility to test your specific sample!

Buffers & Detergents Oils & Adhesives
DMSO & other solvents Strong Acids
Ethanol & Methanol UV curable ink
Beads & living cells Photoresist

 

Free-flying nanoliter droplets

Single droplets on demand by direct volume displacement.

The patented PipeJet® technology implements highly reproducible, accurate and controllable dispensing applications. Each ejected droplet is identical - in shape, velocity and volume - to guaranty an excellent print morphology.

Dynamic droplet volume range

Single droplets with adjustable low volumes from 2 to 70 nl

Simply adapt the single droplet volume to your needs. Generate well defined droplet volumes based on the software-controlled driving parameters of the PipeJet®. Exploit the dynamic volume range to create individual arrays or patterns of your choice.

Individual - no limits!

The unprecedented high reproducibility of the PipeJet® technology allows for almost any dispensing application!

Due to it's simple and robust working principle, the easy transformability of the nozzle type and it's controllability the PipeJet® technology is applicable for almost any dispensing challenge.

Robust and steady droplet ejection

Non-contact nanoliter dispensing with excellent CVs at any liquid type - over and over and over again

The PipeJet® technology features excellent accuracy and reproducibility of less than 3 % CV (typically < 1 %). The homogenous droplet formation promotes long term stability for a wide range of samples, e.g. aqueous solutions, buffers, solvents, particle suspensions or cells. Even heated and chilled prototypes are realized!

No cross-contamination and easy-to-use

All sample contaminated parts - the pipe | the liquid connection | the reservoir - are low-cost consumables. The actuator is never in touch with sample. The exchange of the consumables is easy and fast - All, to increase confidence in your process!

Low cost dispensing tips

High precision pipes are essential for excellent dispensing performance.

Our PipeJet® pipes are available in a variety of diameters and lengths. In dependency on your specification, our team finds the most suitable type for your application!

Outstanding standalone and OEM integration

PipeJet® Nanodispenser Kit

Whether a single channel dispenser for scientific experiments, a robust low volume dispenser for an existing automation system or a new product needs a unit for miniaturised liquid handling: The PipeJet® Nanodispenser Kit contains all essentials required to get started with the PipeJet® technology.