Automated solid dispensing begins here

Experience unmatched precision and efficiency with Chemspeed's versatile and proprietary gravimetric solid handling solutions: transforming your solid dispensing laboratory workflows with innovative robotic tools and advanced gravimetric dispensing technologies.

Chemspeed Configurator

Step 1 - What is your dispensing range?
μg - mg
mg - g
Step 2 - What type of solution are you interested in?
Benchtop
Free-standing
Step 3 - What is your required throughput?
Chemspeed provides custom solutions, so don’t worry about everything being 100% accurate in this configurator - it just helps us to get a good idea of what you’re looking for.

Transforming labs with automation


Discover our unique and flexible enabling solutions for versatile overhead gravimetric solid handling, from sub-milligram to gram quantities. Solid handling, whether for reactions, formulations, analytics, or quality control, is a ubiquitous element in many labs. However, this work is often still done manually and binds highly qualified resources to very time-consuming, tedious, error-prone, and repetitive tasks.

Chemspeed steps in with the ultimate solution: automated platforms that encapsulate your lab workflows in a solid, conditioned platform. The nature of your project will dictate the scale of the system you require. From our CRYSTAL systems, which have a compact benchtop footprint to save precious lab space while maximizing output, to other offerings, Chemspeed offers various highly versatile platforms as the foundation for every possible instrumentation​.

Versatile robotic tools


Our automated solutions are fitted with more than 70 robotic tool-features that can be integrated using Chemspeed’s unique robotic tool exchange technology. This includes unrivaled overhead gravimetric dispensing of whatever, which can operate while mixing, heating, refluxing, and cooling. Virtually any combination of these robotic tools is possible, providing a level of versatility and customization that is unattainable with manual methods.