As global industrial manufacturing, material science research and resource recycling industries continue to evolve, standard off-the-shelf sorting equipment can no longer meet the refined, scenario-specific testing and screening needs of diverse sectors. To address customized market demands across different fields, Oursort has upgraded its professional scientific research customization service system. Breaking the limitations of single-scenario standard machines, our tailored sorting solutions cover agriculture, food processing, mineral processing, scrap metal recycling and new material testing, serving universities, research institutions and industrial enterprises worldwide with personalized experimental sorting lines and equipment.
Most conventional sorting machines feature fixed algorithms, unified structures and rigid operating parameters, designed solely for large-scale mass production. However, scientific research work and small-batch experimental screening require flexible equipment adjustment, independent data recording and high-precision targeted identification, which standard equipment cannot support. Leveraging in-house R&D strengths and multi-sensor technology reserves, Oursort delivers fully customizable sorting solutions covering optical recognition systems, AI algorithm models, mechanical structures, operating parameters and data output modules. This enables exclusive, field-matched solutions for every industry and material, breaking the universal limitations of traditional sorting devices.
Our full-process customization service covers sample testing, solution design, exclusive algorithm training, prototype production and long-term technical iteration. For the metal recycling industry, we develop high-precision composite sorting lines for mixed alloys and tiny metal fragments. For mineral research, we customize multi-spectrum identification and impurity removal systems for special ore powder and rare mineral materials. For new material laboratories, we support precise screening of special-shaped and micro-defect materials. We also provide targeted upgrades including ultra-fine particle sorting systems, corrosion and dust-proof structural modifications, and visualized experimental data interfaces to fully match unique customer research and production conditions.
A representative example of our cross-industry customization capabilities is the tailor-made potato experimental sorting line delivered to a professional agricultural laboratory in Uzbekistan. The laboratory focuses on potato breeding optimization and agricultural product quality analysis, requiring small-batch precision screening and professional data statistics for experimental samples. Traditional commercial potato sorters feature excessive throughput and fixed recognition logic, failing to adapt to laboratory test scenarios and unable to record independent experimental data. Our technical team optimized the equipment structure to fit compact laboratory spaces, upgraded high-sensitivity optical modules to identify subtle green skin, minor rot and hidden damaged potato particles, and built an exclusive data export system. After repeated debugging and verification, the customized line stably meets the laboratory's long-term experimental screening and data analysis requirements.
This agricultural customization project is just one of Oursort's diverse application cases, rather than a single independent service. Our scientific research customization system has been widely applied in non-ferrous metal separation, quartz purification, e-waste sorting and food safety inspection. For different industries and material types, our team independently trains targeted AI recognition models, adjusts nozzle response frequency and conveyor operating speed, and reserves personalized functional interfaces, ensuring every customized device fully adapts to customers' professional experimental standards and actual production scenarios.
To guarantee reliable quality for all customized scientific research equipment, Oursort has built a dedicated customization workshop and a professional project service team. Every customized project is assigned a dedicated engineer to follow up the entire process, from demand communication and sample testing to solution demonstration, factory trial production and overseas on-site commissioning. Post-delivery, we provide long-term free algorithm optimization and remote technical support, ensuring equipment performance keeps pace with customers' iterative scientific research and industrial upgrading needs.
To date, Oursort's cross-industry scientific research customization solutions have served clients in dozens of countries, accumulating mature practical experience across agriculture, minerals, metal recycling and new material research fields. Moving forward, Oursort will continue to expand the boundaries of customized intelligent sorting technology, enrich multi-scene personalized solutions, and deliver more accurate, flexible and professional sorting equipment for global laboratories and manufacturing enterprises, supporting high-standard material screening and technological upgrading across all industries.