Introduction
Recently, at the Natural History Museum of UNMSM in Peru, South America, a course on the “Taxonomy of Continental Planktonic and Epiphytic Microalgae” has attracted significant attention from researchers and students. During this academic event, the MIX60 inverted biological microscope from China’s MSHOT stood out alongside instruments from other international brands, becoming a focal point of attention thanks to its excellent performance and localized design.
01 An Academic Hub for Microalgae Research
UNMSM is one of the oldest universities in Latin America, and its Natural History Museum has long been dedicated to biodiversity research. This course focused on the theory and practice of “Taxonomy of Continental Planktonic and Epiphytic Microalgae,” aiming to enhance the ability of researchers and hydrobiology students to identify and analyze microalgae species. Participants were required to observe, photograph, and classify water algae and plankton samples using microscopes, placing high demands on the instruments’ optical performance, ease of use, and imaging stability.
02 Why the MIX60 Was Chosen
The MSHOT MIX60 inverted biological microscope was selected as one of the primary observation tools for this course, serving alongside microscopes from brands like Nikon for teaching and research tasks. The MIX60 distinguished itself in this international academic setting due to several key design strengths:
- International Design & Ergonomic Structure: The MIX60 incorporates modern industrial design principles, featuring a clean, aesthetic form that integrates seamlessly into laboratory environments. Its inverted design is suitable not only for slide observation but also for viewing samples directly in culture flasks and Petri dishes.
- Smart Digital Features for User Convenience: Equipped with an OLED display, it clearly shows the current objective magnification and light intensity for quick reference. The ECO mode includes an automatic light shut-off function that activates after a set period of inactivity, conserving energy effectively.
- Localized Voice Prompts: Understanding the needs of the South American market, MSHOT customized the MIX60 with Spanish voice operation prompts. This thoughtful addition greatly facilitated local researchers and students, demonstrating MSHOT’s deep understanding of and commitment to global users.
On-Site Feedback: A Reliable Tool, A Professional Partner
After hands-on use, course participants noted that the MIX60 operated smoothly and delivered clear imaging, performing exceptionally well in observing microalgae morphology and capturing dynamic processes. One researcher remarked, “We need to quickly and accurately distinguish between different types of planktonic microalgae. The imaging quality and stability of the MIX60 fully meet our research requirements.”
03 Conclusion: Grounded in Quality, Reaching the World
The successful deployment of the MIX60 at UNMSM, where it performed alongside other international brands, serves as strong validation of the product’s reliability and applicability. This case shows that a product which precisely addresses user needs and respects local usage habits can earn recognition on the global stage.
Looking ahead, MSHOT remains committed to a practical approach, deepening our understanding of user needs across different regions, and continually enhancing our products’ international design and localized service capabilities. We look forward to building partnerships with more universities and research institutions worldwide, making reliable MSHOT equipment a trusted choice in laboratories across the globe.