Industrial visits play a key role in shaping the practical understanding of students, especially in dynamic and fast-growing fields like biotechnology. To bridge the gap between theoretical learning and real-world applications, Accumax Lab Devices Pvt. Ltd. organized an enriching industrial tour for more than 75 biotechnology students and faculty members from Pandit Deendayal Energy University (PDEU), Ahmedabad, on 2nd September 2025.
This insightful visit provided students with a rare opportunity to witness firsthand how a global laboratory equipment manufacturer operates—from product design and engineering to quality control and worldwide distribution. For many, it was their first in-depth exposure to the complexities of precision-driven laboratory solutions and the level of innovation required to support scientific research globally.
A Meaningful Beginning: Warm Welcome and Introduction
The day began with a warm welcome over tea and coffee, setting a comfortable and encouraging environment for students and faculty alike. Accumax’s team initiated the session with a corporate presentation that introduced the company’s vision, global presence, product portfolio, and its contributions to biotechnology, diagnostics, healthcare, and life sciences research.
Students were particularly intrigued to learn how products like pipettes, cryovials, and benchtop instruments—often perceived as simple laboratory tools—play a critical role in research applications ranging from molecular biology and cell culture to vaccine development and pharmaceutical manufacturing.
A brief product demonstration followed, which sparked curiosity among students who were eager to explore how these tools function in real-world laboratory environments. This introductory session laid the foundation for the rest of the visit, making students more aware of the relevance and value of precision instruments in scientific progress.
Inside the Accumax Manufacturing Facilities
The first stop of the industrial visit was the state-of-the-art Accumax manufacturing plant located in Gandhinagar. Students were guided through the various stages of production, each highlighting the company’s commitment to innovation, precision, and quality.
1. Observing Liquid Handling Assembly Lines
Students were introduced to the meticulous assembly lines where pipettes and liquid-handling devices are manufactured. The step-by-step process—from component molding to calibration and final assembly—helped them understand the engineering and accuracy required to produce tools trusted by laboratories worldwide.
2. ISO-Compliant Cleanrooms and Sterile Manufacturing
One of the most eye-opening segments of the visit was the walk-through of Accumax’s ISO-certified cleanroom facilities. Here, students witnessed the production of tubes, tips, and cryovials in temperature-controlled and contamination-free environments.
Understanding cleanroom operations allowed students to relate their classroom knowledge with real industrial practices. They observed sterilization processes, contamination control protocols, and automated systems designed to maintain product integrity—all essential components for manufacturing consumables used in sensitive research and clinical workflows.
3. Packaging, Logistics, and Global Distribution
The tour also highlighted the final stages of production, including sterile packaging and rigorous quality testing. Students were shown how each product undergoes multiple levels of inspection before being shipped to laboratories across continents.
This segment helped them understand the global demand for high-quality lab equipment and the role companies like Accumax play in maintaining seamless scientific operations worldwide.
Exploring Innovation: R&D and Design Labs
Following the manufacturing tour, the students proceeded to the R&D and Product Design Labs—an area that truly showcased Accumax’s spirit of innovation.
Here, research engineers and product developers explained how benchtop instruments like centrifuges, vortex mixers, and magnetic stirrers are conceptualized, designed, tested, and refined before commercialization.
Key Insights Students Gained in R&D Labs:
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Product development cycles—from ideation to prototyping
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Testing parameters for durability, reliability, and precision
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Importance of user-focused design in lab instruments
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Role of interdisciplinary engineering (mechanical, electronic, and biomedical)
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Compliance with global standards for scientific equipment
Students were able to interact with prototypes and observe ongoing tests, giving them a clear view of how theoretical principles translate into real engineering challenges and solutions.
Product Interaction Corner: A Hands-On Experience
One of the most engaging parts of the tour was the Product Interaction Corner. Although safety protocols limited full hands-on usage, students had the chance to observe live demonstrations of:
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Variable-volume pipettes
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Centrifuges
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Vortex mixers
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Magnetic stirrers
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Cryogenic storage consumables
This interaction helped students understand how these tools support experimental workflows in research, diagnostics, biotechnology, and industrial applications. Many students expressed excitement as they connected textbook explanations of these instruments with their functioning in real laboratory settings.
Learning Beyond the Classroom
For most students, the visit served as a transformative experience. The facility tour allowed them to see the real-world application of concepts they had previously studied only in theory—such as cleanroom classifications, quality control mechanisms, product traceability, calibration, and R&D practices.
Major Learning Outcomes for Students:
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The importance of accuracy, reliability, and safety in laboratory products
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How engineering and biotechnology intersect in modern scientific equipment
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The significance of innovation in enabling advancements in healthcare and research
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Real-world understanding of the lifecycle of laboratory tools—from raw materials to the final packaged product
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The global perspective of manufacturing and distribution in the life sciences industry
This exposure not only expanded their understanding but also inspired many to consider career paths in industrial biotechnology, product design, QC, and R&D.
Strengthening Academia–Industry Collaboration
During a brief interactive session, faculty members highlighted the value of such educational initiatives. They appreciated the clarity with which Accumax’s team explained complex processes and commended the company’s commitment to supporting student development.
Accumax reiterated its dedication to fostering industry–academia relationships and welcomed more institutions to collaborate for similar educational visits. Such exchanges encourage young minds to think beyond theory and understand the industrial ecosystem that supports global scientific discovery.
A Memorable Conclusion
The event concluded with a group photograph, a vote of thanks, and a wholesome lunch hosted by Accumax. Students carried back not just knowledge but also renewed enthusiasm and curiosity about their future roles in the biotechnology sector.
The visit highlighted how companies like Accumax are integral to the scientific community—not only by manufacturing high-quality laboratory solutions but also by nurturing the next generation of scientists, engineers, and innovators.
Final Thoughts
Industrial visits like this do more than provide a behind-the-scenes look at manufacturing—they inspire. By hosting PDEU’s biotechnology students, Accumax once again demonstrated its dedication to innovation, education, and collaborative growth.
As industries evolve and scientific needs become more complex, such initiatives ensure that future professionals step into the world with confidence, clarity, and hands-on understanding.
Learn more about Accumax’s innovative Lab solutions as – https://www.accumaxlab.com/
Faculty remarks on the value of the visit. – https://www.linkedin.com/feed/update/urn:li:activity:7369291655520190466
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