Product
Omni-Stainer
The first open-application sample prep platform for spatial biology.
Affordable automated solution for Spatial Workflows
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Capillary gap staining
- Uniform staining without edge artifacts
- Consumes 50-75% less reagents vs open-top
- Thoroughly vetted and optimized for automation
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Air displacement pipetting
- Zero dead volume
- Onboard reagent mixing
- Disposable tips and microliter precision (0.6 uL)
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Stainworks™ online app
- Validated staining protocol files in one place
- Eliminates the need for coding!
- Easily customize protocols to fit your unique experiment
Tech specs
| Dimensions | 25 x 23 in |
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| Weight | 85 lbs |
| Heating/Cooling | Yes / Yes |
| Sample Throughput | 1-48 |
| Programming Flexibility | Infinite |
| Sample Types | FFPE and OCT Tissue Sections, Cell Spreads, Adherent Cell Cultures |
| Staining Volume | 100 uL (slides), 60 uL (coverslips) |
| Dead Volume | None |
| Certifications | CE, UL, FCC, ISO 9001 |
Parhelia is flexible — as much or as little support as you need
See all literature →-
AACR2025 Poster: Development and testing of specimen-protecting microscopy automation consumables
Here, we report using Parhelia Spatial Station for the automation of different spatial proteomic applications to better serve the research community.
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Automated solutions for FFPE sample dewaxing and antigen retrieval
This white paper discusses the common protocols associated with FFPE specimen processing and proposes an alternative, standardized, and automated approach that improves throughput, consistency, and operator productivity.
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Automated Gram Staining Protocol
Learn how to standardize and optimize Gram staining workflows for microbiology.
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New Automated Gram Staining Protocol
An automated Gram staining protocol for microbial samples on the Parhelia Omni-Stainer, with improved reproducibility over manual staining.