BMKManu S3000 — Taking Spatial Omics Research One Step Further!

Single-Cell Level Spatial Transcriptomics Platform: BMKMANU S3000

BMKMANU S3000 enables whole transcriptome spatial analysis at single-cell resolution, built upon our proprietary microwell-array architecture, with barcoded microspheres loaded into each well. A total of 4,144,770 spots are arranged across a 6.8 × 6.8 mm capture area, with each bead conjugated to ~10⁵ oligos. This high-density bead and oligo configuration achieves subcellular resolution while maintaining high capture efficiency. Integrated with high-definition H&E and fluorescence imaging, our proprietary image stitching and calibration technology supports precise cell segmentation and clustering. BMKMANU S3000 is compatible with mainstream second- and third-generation sequencing platforms, as well as multi-omics workflows including BCR-seq & TCR-seq and ATAC-seq.

• Subcellularresolution (5 μm)
• Multiple capturearea sizes are available to suit diverse applications
• Excellent RNA capture performance with ~88% effectivecapture area
• Reduced lateral RNA diffusiondue to bump slide surface
• Precise cell segmentation based on high-definition H&E and fluorescence imaging, as well as proprietary image stitching and calibration technology
• Compatible with second- and third-generationsequencing platforms: Illumina, MGI, GeneMind, ONT, PacBio, etc.
• Compatible with multiomics workflows, includingBCR-seq/TCR-seq and ATAC-seq

Multiple capture area sizes are available to suit diverse applications

Proprietary image stitching and calibration technology based on microsphere array

Precise cell segmentation

Cell segmentation for animal cells

Cell segmentation for plant cells

Compatible with multiomics workflows, including BCR-seq & TCR-seq and ATAC-seq

Case Study of S3000 Spatial Transcriptomics Platform

Sample: Mouse brain