PRODUCTS
Spotting Instruments
BioFluidix (Hamilton Freiburg)
BIOSPOT Workstation
Hamilton Freiburg (BioFluidix) BioSpot Workstation can produce sophisticated and diverse forms of biochips, biosensors in a contactless manner.
Piezo technology, which allows liquid in units of pico, nano, and micro to be accurately and consistently dispensed onto the desired substrate, allows application in many fields.
Products Info
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BIOSPOT Workstation |
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Footprint dimensions |
metric |
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Depth |
683mm |
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Width |
580mm |
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Height |
484mm |
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Weight |
49kg |
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Addressable area (deck) |
Metric |
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X (left/right) |
260mm |
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Y (front/back) |
370mm |
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Number of SBS-plates |
6X |
| Pipe spec | 125-S | 200-S | 200-L | 500-S | 500-L | 500-XL |
| Volume range | 2 – 7nl | 5 – 18nl | 7 – 15nl | 20 – 70nl | 25 – 70nl | 30 – 65nl |
| Dead volume | 0.4μl | 0.7μl | 0.7μl | 4.5μl | 5.5μl | 6.4μl |
| Free pipe length | 2mm | 2mm | 8mm | 2mm | 8mm | 13mm |
| Coated version available | By default | Yes | Yes | Yes | Yes | Yes |
Integrated Hardware
- 8X PIPEJET Nano dispenser
- Smartdrop automated calibration system
- Topview camera
- Aspiration from source plate
Optional Hardware
- 2X SIJET Pico dispenser
- Wash station (peristaltic pump)
- Ionizer
- Safety enclosure
Product Features
Product Features
- Drop-on-demand dispensing ranging from 2 – 70 nanoliter per droplet.
- Dispensing of a wide range of liquids and suspensions.
- Minimal droplet volume variation via robust dispense technology and optical imaging of volumes.
- Dispensing pipe separated from actuation mechanism.
- Run protocols on different devices without extra setup time.
- Accommodates a wide range of microtiter plate formats. (from 96 – 1536 wells)
- Minimal working volumes and full recovery of remaining reagents.
- Dispensing pipes can be replaced quickly, eliminating time-consuming cleaning steps.
Performance
- Diagnostic chips, pre-storage of reagents in small cavities of diagnostic chips or microfluidic cartridges.
- Biosensors, generation of homogeneous coating films on sensor surfaces.
- Lateral flow assay (LFA), Non-contact spot and line printing for LFA development or multiplexed LFA
- MS sample preparation, Reproducible deposition of reference standards in nanoliter scale on tissue or other substrates for quantitative MS imaging
DOWNLOAD
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DOWNLOAD Broschure_BIOSPOT.pdf