We focus our research and development strength on three main pillars: "Smart Agricultural Sensing", "Functional Agricultural Chemistry", and "Sustainable Industrial Debonding Solvents".
Fort's "Handheld Fruit Quality Image Analyzer" is a lightweight handheld device designed for rapid on-site testing and field investigations, rather than a large automated sorting machine on a production line. Combining multi-spectral near-infrared penetration technology with a portable Edge AI computing module, it helps users perform instant, non-destructive measurements in the field. Target users include agricultural field researchers, small-scale farmers, buyers, distributors, hypermarket purchasers, agricultural quality control personnel, market auctioneers, and customs inspectors.
(Detailed technical indicators and specification parameters are in the confidential calibration phase and will not be disclosed before official release)
Focusing on software and hardware R&D of portable multi-spectral optical sensing and handheld smart inspection instruments, providing customized technical consulting and solution planning.
All fertilizer promoters and anti-mold preservatives have passed third-party toxicological testing, leaving no residue and being friendly to soil and bee ecology.
Through a deep understanding of plant physiological metabolic pathways, the Fort technical team has developed targeted biological regulation promoters and natural protective agents that meet the needs of the fresh food processing and export industry.
Using exclusive trace metal coordination chelates, spraying can briefly adjust leaf cell osmotic pressure and spectral capture range, stimulating key carbon-fixing enzymes like Rubisco. Currently, this product formula is in the field trial and operational SOP calibration phase. Relevant comparative test data regarding SPAD chlorophyll relative values and average yield increases are being compiled and will not be disclosed before official release.
A food-grade natural protective coating specifically developed for pineapple exports. Targeting the paint point where the stem cuts are highly susceptible to mold infections due to drastic temperature fluctuations inside shipping containers during sea transport, applying it to the stem cuts forms a stable micro/nano-scale protective barrier, effectively blocking gray mold and blue mold. Currently, this preservative is in the multi-group comparative experiment phase. Detailed test data on stem mold inhibition rates, sea freight shelf life extension, and transoceanic loss reduction rates are being compiled and will not be disclosed before official release.
Fort RD Tech extends its material chemistry to precision electronic component reworking, developing "Safe Non-destructive UV Debonding Solvents" and "Safe Non-destructive Thermal Debonding Solvents". By eliminating traditional strong acids, bases, and toxic chlorinated solvents (such as dichloromethane) and employing a gentle swelling and penetration mechanism, we resolve rework pain points for high-value electronics.
We provide complete chemical swelling parameters and standard troubleshooting test kits for industry-leading adhesives such as Norland NOA, LOCTITE, Dexerials, and others.
