Aqu Vigilant product image
Aqu Vigilant product image

AQU@Vigilant

Next generation services with 100% digital data management

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  • Perfect Traceability: Every detail is digitally documented and accessible in one place, always up-to-date for compliance and inspections
  • Digital Accuracy by Design: Automated precise data management reduces errors, saves time, and cuts cost
  • Remote Expertise: 24/7/365 access to BWT service experts and remote diagnostics
  • Primary Predictive Intelligence: AI-driven analytics for early detection and reduce downtime and operational costs
  • Sustainability: Performance insights help optimize resource use and reduce waste
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AQUVigilant banner 1280x365

AQU@Vigilant: Your Smart Digital Twin

Instant access to all components data and historical trends for proactive maintenance and maximum traceability.

AQU@Vigilant is a web-based system designed to simplify complex data management in pharmaceutical environments. All lifecycle data is automatically consolidated in one secure platform, accessible anytime and anywhere. Always accurate, always up to date. With predictive analytics and automated documentation, AQU@Vigilant enables intelligent, proactive maintenance and ensures optimal system performance. All reports are generated instantly, providing full compliance at the click of a button.

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AUVigilant_All lifecycle data_EN_1280x1280

Struggling with documentation high cost and errors?

AQU@Vigilant delivers 100% digital accuracy and instant access to all system data.

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Afraid of unexpected downtime?

AQU@Vigilant provides a digital twin with intelligent monitoring and early alerts to keep production running.

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Lost in maintenance chaos?

AQU@Vigilant updates plans and reports in real time, guarantees correct replacements, and logs every action digitally.

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常见问题解答
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AQU@Sense MB 如何区分一份样品中完整的细胞和受损/死亡的细胞?

AQU@Sense MB 采用两种特异性染色剂:SYBR Green I 和碘化丙啶。SYBR Green I 穿透完整的细胞膜,并选择性地与细胞的 DNA 结合。相比之下,碘化丙啶无法穿透完整的细胞膜,只能与受损细胞的 DNA 结合。
为了确定是仅 SYBR Green I 与细胞结合,还是 SYBR Green I 和碘化丙啶均与细胞结合,将使细胞穿过非常细的毛细管并用激光照射,以使其发出杂散光和荧光,然后通过特定检测系统进行分析。由于 SYBR Green I 和碘化丙啶会发出不同波长的荧光,该系统可以区分完整或受损的细胞。

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常见问题解答

AQU@Sense MB 如何区分一份样品中完整的细胞和受损/死亡的细胞?

AQU@Sense MB 采用两种特异性染色剂:SYBR Green I 和碘化丙啶。SYBR Green I 穿透完整的细胞膜,并选择性地与细胞的 DNA 结合。相比之下,碘化丙啶无法穿透完整的细胞膜,只能与受损细胞的 DNA 结合。
为了确定是仅 SYBR Green I 与细胞结合,还是 SYBR Green I 和碘化丙啶均与细胞结合,将使细胞穿过非常细的毛细管并用激光照射,以使其发出杂散光和荧光,然后通过特定检测系统进行分析。由于 SYBR Green I 和碘化丙啶会发出不同波长的荧光,该系统可以区分完整或受损的细胞。

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AQU@Vigilant