SERS Substrate
Surface-enhanced Raman substrate with precisely controlled nano-cluster morphology. Batch-to-batch RSD < 5%, 10⁶–10⁹ signal enhancement, ppb-level detection limits on a 3 × 3 mm footprint.
Precisenova (华琢微纳, Beijing) builds the full chain around the micro-nano interface: SERS substrates that make weak signals visible, Raman analyzers that identify complex samples in the field, custom microfluidic chips, and magnetic separation platforms that capture rare cells.
Surface-enhanced Raman substrate with precisely controlled nano-cluster morphology. Batch-to-batch RSD < 5%, 10⁶–10⁹ signal enhancement, ppb-level detection limits on a 3 × 3 mm footprint.
DMD-based high-frequency area-scan analyzer measures the averaged spectrum over a whole surface — solving mixture bias and missed-suspect problems. 159 × 79 × 42 mm, 690 g, 5.7-inch touch screen.
LenCyte DRS100. SERDS dual-wavelength acquisition strips fluorescence and stray light — accurate identification through plastic bags, paper and pigments. 784/785 nm, 200–2800 cm⁻¹, down to 1 s per measurement.
Design, fabrication and packaging all in-house. Maskless laser direct writing, injection molding and 3D printing combined; feature sizes from 1 cm down to 5 μm. Revised in the morning, tested the same day.
Gradient magnetic fields from patterned micro-nano structures capture CTC, CPC and TIL via antibody-functionalized magnetic beads. Direct whole-blood loading, gentle elution, omics-compatible downstream.
Differential reconstruction, automatic identification and intelligent analysis on a cloud AI management platform. Database covers narcotics, pesticides and microorganisms, extensible per scenario.
Research enabled by our fabrication and device capabilities has been published in the following journals (among others).
Precisenova operates through a wholly-owned subsidiary focused on the data side of the business.
A wholly-owned subsidiary of Precisenova, incorporated in October 2026 in Sichuan Tianfu New Area. It works on data governance, modeling and cloud platforms for measurement data.
Registered address: Room 201, Unit 1, Building 7, 799 Hupan Road East, Xinglong, Tianfu New Area, Chengdu, Sichuan, China
Beijing handles the physical side — devices, substrates, instruments and fabrication. Chengdu handles the data side — turning measurement results into computable, reusable data assets.
Tell us the scenario — trace detection, mixture identification, a chip drawing or a cell-capture problem. We reply with a concrete recommendation, not a catalog page.

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