sciREADER HIGH QUALITY IMAGING AND MULTIPLEX SAMPLE ANALYSIS colorimetric and fluorescent microarrays and assays optimized for 96 well plate format seamless integration of spotting patterns (GAL files) automated spot finding, image analysis and evaluation of arrays allows test specific grouping of spots, threshold settings and calibration customization of array layout, analysis and reporting designed for clinical diagnostics and life science research small footprint, integrable with robotic platforms and LIMS / HIS The sciREADER family combines superior scanning technologies and easy-touse software and sets new standards in the analysis and evaluation of single well assays and multiplexed microarrays. sciREADERs - common features All sciREADERs enable high quality digital imaging of various support formats including 96 well plates, slides, membranes and custom biosensor formats up to SBS plate format. The sciREADER family comprises the most common detection formats and supports single parameter and multiplex assays. They have a small footprint and are integrable into robotic systems and LIMS / HIS. The sciREAD software is powerful and user-friendly, and provides flexible imaging and data interpretation. It is designed for assay developers and clinical staff, respectively. There is no need for external software the whole process till the final customer specific report is handled automatically. The grid alignment and spot finding algorithms enable automation of the analysis process and various options for data normalization and quantification allow for a customized data interpretation. Software & Options Seamless integration of spotting patterns (e.g. GAL files) Reading of all or selected wells and/ or strips Automated grid fitting and well/spot finding with optional manual control Fully integrated image acquisition, analysis and reporting Grouping of spots and definition of custom test rules Customization of array layout, analysis and reporting Different user logins at administrative and end user levels Export to various file formats and databases Barcode and inArrayDotCode reading for specific assay identification Applications DNA and protein multiparameter analysis Standard single parameter assays Genotyping and pathogen identification Clinical diagnostics (e.g. autoimmune diseases, infectious diseases, cancer, immunology) Food (e.g allergens) and plant analytics Drug development Services & Support Training of operation Application development (miniaturization and multiplexing of assays) FDA Part 11 implementation Hotline and online support sciREADER CL2 The sciREADER CL2 allows for high quality digital imaging of colorimetric assays as a cost efficient alternative to fluorescence detection. Specific Features & Benefits Top and bottom lighting for opaque and transparent plates and other supports Enables multicolour assay staining technologies Fast reading (~ 2 min for full 96 well plate) Automated reader calibration Technical Information & Specifications Detection: High resolution CMOS Resolution: 5 Mpx (2592x1944px) Light source: White LED Adjustable focal plane: 0 - 20 mm Max. scan speed: 2 min/plate Sample resolution: 6 µm/pixel Image file formats: 24bit PNG, JPEG, 24bit TIFF colors 8bit/12bit TIFF greyscale Export file formats: XLSX, DOCX, PDF, XML Operation temperature: +5 to +40°C Dimensions: 250 x 230 x 400 mm (W, H, L) Weight: 15 kg Power requirements: 230 V, 30 W PC operating system: Windows 7 and higher Order Information Cat. No.: sciREADER CL2 R-2001 (includes All-in-One computer) sciREAD CL2 software R-2002 sciREADER FL2 The sciREADER FL2 allows for high quality digital imaging of fluorescence assays with up to three colors. Specific Features & Benefits Up to 3 fluorescent channels for all commonly used red, green, and blue fluorescent dyes (default Cy5, Cy3, and FITC) Customizable filter sets for specific fluorophores Bottom white lighting for bar / QR code reading Technical Information & Specifications Detection: High resolution CMOS Resolution: 2,3 Mpx (1920x1200px) Light source: LEDs with specific wavelengths Adjustable focal plane: 0 - 20 mm Max. scan speed: 2 min/plate Sample resolution: ~6,6 µm/pixel Image file formats: 24bit PNG, JPEG, 8bit/12bit/24bit TIFF greyscale Export file formats: XLSX, DOCX, PDF Operation temperature: +5 to +40°C Dimensions: 250 x 350 x 400 mm (W, H, L) Weight: 19 kg Power requirements: 230 V, 30 W PC operating system: Windows 7 and higher Order Information Cat. No.: sciREADER FL2 R-3001 (includes All-in-One computer) sciREAD FL2 software R-3002 Different detection methods - the same high quality solution the sciREADER family SCIENION offers complete solutions for precise liquid dispensing applications, multiplex assays and high throughput production of multiparameter assays in diagnostics, life and material sciences. Based on SCIENION's core competencies in non-contact ultra-low volume liquid deposition, customized instrumentation, assay miniaturization and production services, we redefine the limits of multiple analyte testing with an innovative and complete multiplex-enabling platform, backed by renowned German engineering quality. SCIENION is certified according to DIN EN ISO 9001:2008 for the development, manufacture and sales of dispensing systems and microarrays and to ISO 13485:2003 for manufacture, packaging, distribution of microarrays and Installation / Service of microarray production Systems for use in genomics, proteomics and glycomics. ISO13485:2003 Facts 2001 Max Planck Institute for Molecular Genetics Spin-off, start in Berlin, Germany 2001 First DNA biochip sold 2003 Launch of sciFLEXARRAYER systems 2009 ISO 9001:2008 certification 2009 Start customized manufacturing of biochips 2011 US subsidiary SCIENION US, Inc. in New Jersey, USA 2016 French subsidiary Cellenion with focus on controlled cell dispensing technologies © 2016 SCIENION AG SCIENION AG / Volmerstr. 7b / D-12489 Berlin / Germany SCIENION US, Inc. / 11 Deer Park Drive, Suite 100 / Monmouth Junction, NJ 08852 / USA Fon +49 (0) 30.6392.1700 / +1 (888) 988-3842 Fax +49 (0) 30.6392.1701 /+1 (732) 823-1627 [email protected] / [email protected] / www.scienion.com
© Copyright 2026 Paperzz