The leading technology in overhead gravimetric dispensing / dosing (patented) combined with our disposbale formulation vials and vessels / blenders and our user-friendly software, allow you to automatically perform formulation, application and testing of emulsion concentrates.
Gravimetric dispensing (solids, powders, liquids, highly viscous materials, pastes, creams and waxes) into precision formulation vessels.
4-Needle Head for volumetric liquid handling and sampling.
The balance moves to the destination, increasing speed and efficiency.
Balance resolution of 100 µg, or 10 µg.
A large dispensing range, from a few mg up to several grams.
Continuous real-time monitoring and control of all formulation parameters, inc. internal and jacket temperature, shear rate and viscosity, scraping speed, reflux and pH in an inert atmosphere if desired.
Flexible adjustment of scraper positioning / orientation.
Choice of scraper material e.g. PTFE, PEEK.
Dispensed amount, mixing speed, temperature, time…, and other data are stored in a read only log file.
Easy access to data with a convenient interface to pull results into Excel or virtually any other software.
Interface to DOE.
Enhance your Efficiency and Productivity with our Workflow Solutions!
Stability assesment – particle size distribution
Customer testimonial
“… best solid dispensing technology …
.. the only fully automated formulation and testing workstation …”
Chemspeed’s EMULSIFIER AGRO deck modularity allows the user to formulate, apply and test up to 150 emulsion concentrates per day in a fully automated fashion.
Individual shaker
Overhead gravimetric addition of solids / powders while mixing, heating and cooling
Module of six formulation workstations with vessels / blenders, feed vessels and pump module
Expanded view of the precision formulation vessel / blender
Scraper, reflux condenser and measurement units with internal PT100 probe
Various stirrer designs: rotor-stator and dissolver disk
Feed vessel
For the formulation of complex products such as hair care and colorants, Chemspeed has developed the formulation vessel / blender with individual control of temperature and mixing speeds. Additional functionality can be added such as pH measurement and vacuum.
Formulation module is a working entity consisting of 6 individually controlled, high precision formulation workstations. Each workstation with its own vessel / blender, feed vessel and syringe pump can be customized and controlled to match almost any formulation workflow.
Up to 6 formulation vessels / blenders (150 mL volume) with independent stirring, scraping, heating and cooling.
Up to 6 feed vessel (50 mL volume) with magnetic stirring and jacket temperature control (up to 90 °C). These can be used e.g. for the preparation of low-viscous pre-mixes.
Easy integration of pH probes.
An optional pump module with one piston syringe pump per vessel / blender can be added to the formulation module. The default volume of the syringe is 1 mL. The tubing connected to the external valve head of the syringe pump allows for semi-continuous substrate transfer or continuous ingredient addition while processing a formulation in a precision vessel technology.
Stainless steel vessels / blenders, other materials are available upon request (up to 36 formulation vessels /blenders on a FORMAX robotic platform).
Individually controlled stirring and scraping for highest mixing, dissolving, emulsification power, as well as to avoid residuals in homogenities.
Various stirrer designs: dissolver disk, rotor-stator etc.
Stirring: agitation up to 6’000 rpm or 600+ rpm at 1’000 Pa.s even during gravimetric addition of highly viscous reagents or powders.
The stirring performance may vary with different stiring designs and depending on product characteristics.
Conveniently exchangeable scrapers for maximum formulation quality (particularly recommended in emulsification processes with and non-flowing pastes).
Scraping: agitation from 20 rpm up to 200 rpm in both directions.
Continuous feed pumps and feed vessels.
PT100 internal and external temperature control +/-0.1 °C.
Independent electrical and fluidic heating/cooling systems for highest accuracy (from -70 °C to 250 °C at +/-0.1 °C accuracy) and reflux condenser systems.
