Sirius Automation

Sirius Automation Group believes in the power of Laboratory Workstation Automation. In a marketplace that increasingly attempts to force the Chemist into a 'one size fits all' approach to automation. Not only does one size not even fit most, – there is some element of adaptation or customization to every project, no matter how routine or widespread, for it to provide greatest value to the user. 

Sirius Automation Group's innovative technologies in laboratory automation are now actively contributing to the success of the leading companies in the industries of pharmaceutical, chemical/agrichem, environmental quality, energy, precious metal, tobacco, food, and bioscience. 

The current headcount in Sirius Automation includes personnel experienced in specification and design of Laboratory Automated Workstations, and associated components, electronics and controls; They are fortunate to have strong technical expertise onboard, plus those with extensive history in troubleshooting and testing of Automated Systems, and with superior innovation and integration skills. They say, if they can't do it – likely no one can!

Sirius Automation Group 致力於發展自動化實驗室工作系統。創新自動化技術已應用於各大領域實驗室，在製藥、化學/農業化學、環境品質、能源、貴金屬、煙草、食品和生物科學行業等領先企業做出積極的貢獻。強大並專業的自動化系統設計團隊，擁有豐富的經驗，能解決並排除使用者難以解決的問題，使自動化系統效率最佳化。

QuantiNova SYBR Green PCR Kit

For unparalleled results using SYBR Green-based Qpcr

Featuring enhanced specificity, sensitivity, speed, and process safety, the QuantiNova SYBR Green PCR Kit sets new standards in SYBR Green-based qPCR. A novel hot-start mechanism significantly increases the specificity of real-time PCR and optimized chemistry produces accurate quantitative results from cDNA or gDNA on any real-time PCR cycler with detection of even a single target copy. Finally, a built-in visual indicator ensures correct pipetting.

• - Unmatched specificity due to novel hot-start mechanism
• - Precise reaction setup with a built-in visual indicator
• - Accurate and robust detection of targets down to one copy
• - Magnified throughput and speed with ultrafast cycling
• - Seamless performance with QuantiTect Primer Assays

RT² SYBR^® Green qPCR Mastermixes

For use with RT² Profiler, RT² lncRNA, EpiTect ChIP, and EpiTect Methyl II PCR Arrays, and qPCR Assays

RT² SYBR Green qPCR Mastermixes are highly suited for real-time PCR applications using SYBR Green, and are required for guaranteed qPCR performance of the RT² qPCR Primer Assays, RT² Profiler PCR Arrays, RT² lncRNA qPCR Assays, and RT² lncRNA PCR Arrays. This Mastermix should be used in qPCR instruments under standard cycling conditions. RT² SYBR Green qPCR Mastermixes are also suitable for use with EpiTect ChIP and EpiTect Methyl II qPCR Assays and PCR Arrays.

• - Designed exclusively for use with RT² and EpiTect Methyl II qPCR Assays
• - Delivers specific amplification with minimal primer-dimers
• - Available with ROX, fluorescein, or without dye
• - For use with qPCR instruments under standard cycling conditions 

QuantiNova Probe PCR Kit

For highly sensitive, specific, and ultrafast, probe-based real-time PCR

Avoid the deleterious effects of mispriming at lower temperatures with the QuantiNova Probe PCR Kit. Based on a novel, antibody-mediated, hot-start mechanism, the kit enhances the specificity and efficiency of probe-based real-time PCR to provide accurate, singleplex or duplex, cDNA or gDNA analysis on various real-time PCR cyclers. The added convenience of extreme stability for up to 100 hours at room temperature, without a need for any cooling agent, makes it ideal for handling of high-throughput samples and automated workflows. An in-built tracking system for visual identification of correct pipetting gives you absolute peace of mind while the extreme sensitivity for even low target amounts ensures reliable qPCR results every time.

• - Accurate detection of rare targets down to one copy
• - Duplex capability for more results per reaction
• - Reaction stability of up to 100 hours at 30°C for flexible workflows
• - Visual indication of correct pipetting resulting in fewer pipetting errors
• - High specificity for better results
• - Increased throughput due to ultrafast cycling