Biotek Brew is a leading provider of scientific services through NABL certified labs. We are committed to meeting your research needs and delivering the highest quality results.

How to apply

We offer different certification programs and training for 1-day, 2-day, 3-months, 6-months on Microbiology, Biotechnology, Molecular Biology. For more details contact us on training@biotekbrew.com

The concept, design, manufacturing, sales, and post-sale service of instruments and teaching kits for laboratory activities and experiments is a comprehensive process that involves various stages. Here's an overview of each step involved in this process:

Concept Development: The first step is to identify the market needs and demands. This involves conducting market research to understand the requirements of laboratories, educational institutions, and other potential customers. This research helps in identifying the types of instruments and teaching kits that are in demand and can be developed.

Design and Development: Once the concept is established, the next step is to design and develop the instruments and teaching kits. This involves a multidisciplinary approach, including engineering, chemistry, biology, and other relevant fields. The design phase includes creating prototypes, conducting tests, and refining the designs based on feedback and performance evaluations.

Manufacturing: After finalizing the design, the manufacturing process begins. This involves setting up a production facility or outsourcing manufacturing to specialized companies. The manufacturing process includes sourcing raw materials, assembly, quality control checks, and packaging.

Sales and Marketing: Once the instruments and teaching kits are manufactured, the next step is to promote and sell them. This includes creating marketing strategies, developing sales channels, and establishing partnerships with distributors or educational institutions. Sales and marketing efforts may involve online platforms, trade shows, conferences, and direct sales representatives.

A key aspect of our approach involves establishing structured collaborations with research institutes, academicians, industries, and researchers to foster innovation and drive technology development. These collaborations serve as a valuable platform for sharing knowledge, expertise, and resources to advance research and development efforts.

By partnering with research institutes, we gain access to cutting-edge research findings, scientific expertise, and state-of-the-art facilities. This enables us to stay at the forefront of technological advancements and leverage the latest discoveries in our product development processes. Collaborating with renowned academicians also brings academic rigor and fresh perspectives to our projects.

Engaging with industries is crucial for understanding real-world challenges and market needs. By establishing collaborations with industrial partners, we gain insights into industry-specific requirements, market trends, and potential applications of our instruments and teaching kits. This helps us align our innovation and technology development efforts with industry demands, ensuring our products are relevant and valuable to our customers.

In addition, our collaborations with researchers create an environment of knowledge exchange and interdisciplinary collaboration. By connecting with researchers from diverse backgrounds, we can leverage their expertise to explore new avenues, develop novel technologies, and address complex scientific problems. These collaborations often result in joint research projects, co-publications, and the sharing of intellectual property.

Furthermore, we offer an extended facility for industries to outsource their research projects. This provides industries with the opportunity to tap into our expertise, infrastructure, and resources to accelerate their research and development initiatives. By outsourcing projects to us, industries can benefit from our specialized knowledge, efficient processes, and access to cutting-edge technologies, all while reducing their own research and development costs.