• Vispala Technologies
• 16th Sep 2024

Kolkata-based startup, Vispala, takes a significant step forward in its commitment to quality with the achievement of the ISO 13485 Quality Management System certification from The British Standards Institution (BSI). This milestone underscores Vispala’s dedication to delivering top-notch prosthetic products that meet international benchmarks.

ISO 13485 is a globally recognized standard that sets stringent requirements for the quality management systems of organizations involved in the design, development, production, and distribution of medical devices. By attaining this certification, Vispala demonstrates its unwavering commitment to ensuring the highest standards in the manufacturing and distribution of prosthetic products in India and beyond.

Vispala’s journey to ISO 13485 certification was marked by a rigorous evaluation of its quality management system. This achievement reflects the company’s dedication to upholding the best practices in the field, ensuring the safety and effectiveness of its prosthetic solutions.

“We are thrilled to receive the ISO 13485 certification from BSI, a testament to our relentless pursuit of excellence in the prosthetic industry,” said Dipak Basu – CEO. “This achievement reinforces our commitment to providing our clients with innovative, high-quality solutions that can significantly enhance their quality of life.” – Rajib Chowdhury, Business Head, Vispala.

Vispala’s ISO 13485 certification not only opens doors to new opportunities but also assures customers that the company adheres to stringent international standards in the development and distribution of prosthetic products. As Vispala continues to grow and innovate, the ISO 13485 certification further cements its reputation as a leader in quality and customer satisfaction in the prosthetic and medical devices industry in India.

Written and Verified by:

Vispala Technologies

Bio: From the founding year of 2020, Vispala Technologies is focusing on manufacturing and supplying of prosthetic and orthotic products through precision engineering and state-of-the-art 3D printing.