Partners
Reading the solid in the working liquid is a platform, not a single product. We work with instrument makers, research groups and material developers who want the measurement sitting behind their own work.
Three ways to partner
OEM & licensing
The force balance is patented and the calibration is published. If you make instruments and want a mass-on-solid readout in your own line, we license the method and work the engineering through with you, from field design to the calibration model.
Co-development
Some questions need a study built from scratch. We co-develop the measurement around your material and analyte, settling the device, the sample plan and the truth checks up front, then write it up as a proof pack you can stand behind.
The device family
Two paramagnetic cells carry the deepest evidence; the diamagnetic cell opens the any-material route under stricter sample-fit conditions. Build on whichever cell fits your chemistry. They share the same calibration physics.
How we partner
The any-material route is a capability, not a per-field promise. On reference Cu₆Cr, we measure the CO₂ actually held inside the working solid, in situ, at 22.3 wt%. The conventional gravimetric method weighs the whole water-plus-particle system from the outside and can only infer the solid’s share, landing low at 17.1 wt%. That +5.2 wt% is what the outside view misses about what the material is really holding: one proof of mechanism, not a guarantee for your sorbent. We would rather scope a partnership on what the data actually supports.
Let's talk
A licensed readout, a co-developed study, a device-family question — the conversation starts the same way.
