Innovations in Teaching Learning & Research

Rodent surgical tables are used for animals’ examinations or surgery by a veterinary surgeon or preclinical researchers. It is important to provide an accurate position and height of the working table for surgery with proper temperature regulation, which enables the veterinarian to be in a precise position rather than kneeling or crouching to treat the animal on the floor.

The present invention is an improved surgical table and more particularly to use in veterinary medicine. There are a lot of surgical tables available in the market, but the facilities available are not advanced. The proposed current design is efficient with facilities as it is made up of stainless-steel surface with heating pads, LED lamp, tool tray, waste drainage pipe, beaker space (250 ML and 100 ML), animal tissue holder, with an automated temperature regulator as per the need of physiological demand and an automated position setter for the ease of the surgery. The design’s significant commercial value is that it will provide preclinical researchers with a better option for starting rodent surgeries, close to 100 percent efficiency, and reduce the complications. The present need is to work with better equipped facilities to provide excellent options in the preclinical research lab. The proposed design will attract various companies and researchers for the investment in the rodent design of the surgical table.

• Dr. Puneet Bansal
  Central University of Punjab, Bathinda

  Preclinical Research & Academic Perspective

  “The Rodent Surgical Table developed by Chitkara College of Pharmacy is a thoughtfully engineered solution addressing critical gaps in preclinical surgical setups. The integration of automated temperature regulation, adjustable positioning, and essential accessories on a stainless-steel platform ensures animal safety, procedural accuracy, and researcher comfort. This design reflects a strong understanding of physiological requirements and modern laboratory practices, making it a valuable asset for preclinical research facilities.”

• Dr. Damanpreet Singh
  CSIR-IHBT, Palampur

  Design Innovation & Functional Utility Perspective

  “This surgical table stands out for its multifunctional and user-centric design. Features such as built-in heating pads, LED illumination, waste drainage, and dedicated holders for instruments and beakers significantly enhance workflow efficiency and hygiene. The automated height and position control reduce operator fatigue and procedural errors, offering a practical and advanced alternative to conventional rodent surgical tables currently available in the market.”

• Dr. Amritpal Singh
  Guru Nanak Dev University, Amritsar

  Commercial & Translational Research Perspective

  “From a translational and commercialization standpoint, the Rodent Surgical Table demonstrates strong potential for adoption across academic labs, CROs, and biotech startups. Its near-complete integration of surgical requirements into a single compact unit minimizes setup complexity and improves procedural outcomes. The innovation effectively bridges the gap between basic laboratory equipment and advanced surgical infrastructure, making it an attractive product for investment and technology transfer.”

The proposed oil processing equipment is a compact multifunctional machine capable of performing heating, stirring, overnight storage, filtration with pressing, and bottle filling in a single unit. It is designed for small-scale herbal industries and startups engaged in oil extraction and formulation. By integrating all operations into one system, it reduces labor, processing time, and space requirements while minimizing material spillage and contamination.

The machine is cost-effective, easy to operate, and suitable for preparing herbal hair oils, body oils, facial oils, serums, oil cleansers, and other oil-based cosmetic or therapeutic formulations requiring controlled heating and mixing.

• Dr. Randhir Singh Dahiya
  Central University of Punjab, Bathinda

  Academic–Innovation Perspective

  “The Multipurpose Oil Processing Machine is an excellent example of translational research where academic innovation has been effectively converted into a practical, industry-relevant solution. The integration of heating, mixing, pressing, filtration, and storage into a single compact unit significantly reduces operational complexity. Such a system is highly beneficial for small-scale herbal and pharmaceutical entrepreneurs, as it aligns well with Good Manufacturing Practices (GMP) while maintaining affordability and ease of operation.”

• Dr. Varinder Singh
  MRSTPTU, Bathinda

  Industrial & Process Efficiency Perspective

  “This product demonstrates strong process engineering logic by minimizing manual handling and inter-unit transfer, which are common sources of contamination and material loss in conventional oil extraction setups. The multipurpose design not only improves efficiency but also enhances product consistency and reproducibility. It is particularly well-suited for startups and MSMEs working in herbal oils, cosmeceuticals, and therapeutic formulations.”

• Dr. Jaspreet Kaur
  RIMT, Mandi Gobindgarh

  Commercial & Startup-Oriented Perspective

  “From a commercialization standpoint, the Multipurpose Oil Processing Machine addresses a critical gap in the market for compact, cost-effective oil processing solutions. Its user-friendly design and multifunctionality make it ideal for first-generation entrepreneurs and incubation centers. The machine has strong potential for scaling, technology transfer, and adoption in rural and semi-urban settings, especially in the herbal and wellness sector.”