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STAR Q Swab AS Instrument

High-throughput assay setup for human identity samples
  • Efficient and safe processing of epithelial and blood samples from swabs for high-throughput database and reference sample laboratories 
  • Easy-to-use software for minimal training requirements 
  • Fast setup and implementation with pre-validated protocols for assay setup 
  • First-pass success with QIAGEN’s Investigator STR GO! Kits
The STAR Q Swab AS Instrument automates sample pre-treatment and STR assay setup from human identity reference samples on swabs (e.g., database samples and paternity samples). The instrument is designed to work with all commonly used swab types and has pre-validated protocols for all Investigator STR GO! Kits (Investigator 24plex GO! Kit, Investigator ESSplex SE GO! Kit and Investigator IDplex GO! Kit). The STAR Q Swab AS combines QIAGEN’s expertise in performance and process safety with high-throughput liquid handling to enable processing of up to 384 samples per day with no compromise in quality.

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Cat No./ID: 9002652
STAR Q Swab AS Instrument
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Instrument with 1-year warranty on parts. For use with all commonly used swab types for human identity reference samples.
  
The STAR Q Swab AS Instrument is intended for molecular biology applications. This product is not intended for the diagnosis, prevention, or treatment of a disease.

Product Details

Principle
The STAR Q Swab AS is a high-throughput (HTP) liquid handling platform designed for assay setup for downstream PCR analysis of human identity samples. The system is designed for processing reference samples in the form of buccal swabs and blood swabs and is compatible with most commonly used swab types (GE Healthcare Omni swabs, Sarstedt cotton swabs, Copan flocked swabs and Puritan polyester swabs).
The instrument uses dedicated Investigator GO! direct amplification chemistry for PCR setup and downstream STR analysis of samples. QIAGEN’s unique Quality Sensor makes sure that any sample failing to give optimal results in the first time round will be reprocessed – with the most appropriate rework strategy – to maximize your success rates and minimize your laboratory’s costs.
Outperforming most other HTP liquid handling systems, the STAR Q Swab AS comes with pre-validated protocols for sample pre-treatment and assay setup, so implementation is kept to a minimum.
Procedure
The STAR Q Swab AS comes ready to run, with all protocols pre-installed and fully validated. Our experienced application specialists will manage installation and training for you and ensure that the system is quickly up and running.
Swabs are placed into a 96-deep-well plate, which is loaded together with reagents and consumables onto the STAR Q Swab AS. The instrument performs safety checks and bar code scans and then adds a swab lysis buffer and carries out a brief pre-treatment step involving heating and shaking of the sample tubes. An aliquot of each sample is then removed and added to PCR tubes for STR PCR setup.
All protocols and other system functions are selected and controlled using a simple-to-use Graphical User Interface (GUI).
Applications
  • High-throughput lysis and PCR setup from samples collected on swabs
  • Genotyping, including databasing, fingerprinting and paternity analysis
  • Routine analysis of reference samples

Specifications

Features
Specifications
Altitude Up to 2000 m (6500 ft)
Channels 8 channels
Communication USB or RS232 with dual processor board Ethernet or USB with LAN dual processor board
Delayed action fuse – 1000 VA 115 V: 10 A (T10AL250) 230 V: 5 A (T5AL250)
Delayed action fuse – 600 VA 115 V: 6.3 A (T6.3AL250) 230 V: 3.15 A (T3.15AL250)
Dimensions Width: 1124 mm, Height: 903 mm, Depth: 1006 mm
Frequency 50/60 Hz ± 5%
Heat The power consumed will be transferred to head. E.g., 600 or 1000 watts of heat = 600 or 1000 joules/second
Installation category II
Materials used in instrument and accessories Steel: 1.4301, 1.4305, 1.4310, 1.4435 Aluminum: AA 5083.0, various anodizing Bronze Brass Brazing solder: Zinc Plastics: PE, PP, PTFE, PEEK, FFPM, EPT, EPDM, FPM, NBR, POM, PCDF, FFKM, Hypalon, SI, Kapton, Polyamide PCBs
Maximum power consumption 600 VA or 1000 VA (depending on configuration)
Modal precision x-y-z positional accuracy of 0.1 mm
Noise level <65 dBA (regarding EN27779) <46 dBA in standby mode
Pollution degree 2
Power consumption Standby power consumption: 100 VA Maximum power consumption: 600–1000 VA, depending on configuration
Recommended computer Intel Core 2 Duo, ≥4 GB RAM, 500 GB hard drive, 16x DVD ± RW, DirectX 250 MB graphic card, MS Windows 7 Professional
Relative humidity 30%–85% (non-condensing, indoors)
Storage conditions Temperature range: –25 – +70°C Relative humidity: 10–90% (non-condensing, indoors)
Temperature range 15–35°C
Tip sizes Intermediate volume 50 µl
Transportation conditions Temperature range: –25 – +70°C Relative humidity: 10–90% (non-condensing, indoors)
Use Indoor use only
Voltage 115 VAC / 230 VAC
Weight 135 kg
Work area dimensions Width (x): 675 mm, Height (z): 145 mm, Depth (y): 497 mm

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