Filter reactors for streamlined solid synthesis and processing solutions

AGI Glassplant Filter Reactors simplify your workflow, save your lab time, and prevent contamination of your chemistry. Offering reaction and filtration capabilities in a single system with capacities of up to 30 L, they are suitable for use in R&D, process development, and production plants. The ideal solution for a wide range of chemical applications, with proven performance in both research and production environments, AGI Glassplant systems are a trusted investment for scalable, high-quality filtration in chemical, pharmaceutical, and materials science applications.

Filter and react without product loss

Synthesise, wash, isolate, and dry solids all within the same vessel. AGI Glassplant Filter Reactors feature user-friendly filter fittings that can be easily uncoupled, lowered, and positioned for product collection without mess. Loss of valuable filtrate is eliminated by a double PTFE gasket design that sandwiches the filter cloth, locking it in place.

Incredible thermal control

AGI Glassplant Filter Reactors are ideal if your product yield depends on having reproducible thermal conditions. Our glass vessels feature complete jacket coverage around the glass cylinder for maximum thermal transfer for uniform thermal treatment in crystallisation or solid treatment processes.

Cost-effective filtration for every scale

• Benchtop Filter Reactor: 1 L to 5 L, operating temperature range of -40°C to +200°C
• Pilot Plant Filter Reactor Plus: 10 L to 30 L, operating temperature range of -90°C to +200°C

Automate your filtration process

Adding an AGI Glassplant Pilot Reactor Controller to your Filter Reactor gives you control and automation of your entire reaction and filtration process through a single intuitive software interface.
Combining over 70 years of engineering experience with intuitive modern design, AGI Glassplant Filter Reactors are the perfect solution for processes demanding thermal precision, superior mixing, and efficiency savings.

More information online here and here