Agappe Diagnostic Ltd recently shared its success story at SYNC 2026, the SOLIDWORKS Yearly Networking Conference conducted by Dassault Systèmes in Pune. The session highlighted how SOLIDWORKS supports complex medical device design challenges and helps organisations move from initial concepts towards commercialisation. As the SOLIDWORKS Reseller for Karnataka, Tamil Nadu and Kerala, Conceptia Konnect was pleased to see our customer showcase its experience and engineering journey at this important industry event.
About SYNC 2026
SYNC 2026 brought together the SOLIDWORKS community, including customers, industry professionals, technology experts and partners, to share experiences, engineering challenges and new ideas around design and product development. Customer presentations are one of the key highlights of such events because they provide practical examples of how engineering teams use technology to solve real-world challenges. The Agappe’s session was particularly relevant for the medical and healthcare manufacturing industry, where product accuracy, reliability, manufacturability and regulatory requirements are critical.
Agappe Diagnostic Ltd: From Concept to Commercialisation
The presentation by Agappe Diagnostic Ltd focused on the journey of developing medical devices and the engineering challenges involved in taking a product from concept to commercialisation.
The presentation title, “From Concept to Commercialization – Solving Complex Medical Device Design Challenges Using SOLIDWORKS,” clearly reflected the importance of engineering design in the development of medical equipment.
For medical device manufacturers, product development is not only about creating a 3D model. The design must also consider accuracy, performance, manufacturing requirements, serviceability, cost and compliance. These factors need to work together throughout the product development process.
This makes a robust 3D CAD platform an important part of the engineering workflow.
Agappe Diagnostic Ltd and the Medical Device Design Challenge
The presentation highlighted several important challenges faced during medical equipment development:
- Clinical accuracy – Products need to deliver repeatable and reliable performance.
- Multi-physics integration – Medical equipment can involve optics, fluidics, electronics, motion and thermal considerations.
- Regulatory readiness – Product design needs proper control, traceability, verification and documentation.
- Manufacturability – Designs must be practical to manufacture, assemble and maintain.
- Cost pressure – Engineering teams need to balance product performance with cost and localisation requirements.
- Serviceability – Medical equipment must be designed with maintenance, reliability and reduced downtime in mind.
These challenges show why medical equipment development requires close coordination between design, engineering, manufacturing and quality teams.
About the Speaker – Eldho Paul
The customer presentation was delivered by Eldho Paul from Agappe Diagnostics Ltd. He presented the company’s experience in developing medical equipment and explained the engineering considerations involved in taking products from concept to commercialisation. His presentation provided an industry-focused view of how design teams need to balance technical performance, manufacturing requirements, quality and customer expectations while developing medical equipment.
How SOLIDWORKS Supports Medical Device Development
The SOLIDWORKS presentation at SYNC 2026 focused on how 3D CAD can support the complete product development journey.
For medical equipment manufacturers, SOLIDWORKS provides an environment where engineers can develop detailed 3D models, assemblies and product designs while considering the practical requirements of manufacturing.
The role of SOLIDWORKS becomes particularly important when products contain multiple components and complex assemblies. Engineers can develop the product digitally, review the design, make changes and communicate design information before moving further into manufacturing.
The approach also supports better collaboration between different teams. Design engineers, manufacturing teams and other stakeholders can work with a common understanding of the product and its components.
For a company working in medical diagnostics, this type of design approach can help reduce design iterations and improve communication during product development.
Agappe Diagnostic Ltd – Organisation and Manufacturing Capabilities
Agappe Diagnostic Ltd was established in 1995 and has grown into an Indian in-vitro diagnostics (IVD) company serving customers in India and international markets. According to Agappe’s corporate information, the company has a dedicated R&D division and manufacturing capabilities for diagnostic reagents and equipment. Its products are used across laboratories and healthcare applications.
Agappe has also developed a dedicated equipment manufacturing facility. Its portfolio includes clinical chemistry analysers, blood cell counters and other diagnostic equipment under the MISPA brand. The company’s equipment manufacturing setup includes a Product Engineering Department, Internal Quality Control and Quality Control processes designed to support product quality and precision.
This combination of R&D, product engineering and manufacturing is important for an organisation developing specialised medical diagnostic equipment. It allows engineering teams to consider not only how a product should look and function, but also how it can be manufactured, tested, maintained and delivered to customers.
Understanding the Manufacturing Journey
The development of medical equipment typically involves several interconnected stages. It starts with understanding the clinical or customer requirement and converting that requirement into engineering specifications.
The design team then develops the product concept and detailed 3D models. At this stage, factors such as component fit, assembly access, manufacturability, tolerances and serviceability need to be considered.
Once the design is ready, manufacturing teams need to translate the engineering design into a practical production process. Components are manufactured or sourced, assembled and subjected to quality checks before the finished equipment reaches customers.
For medical diagnostic equipment, quality and reliability are particularly important. Agappe’s manufacturing information highlights its focus on product engineering and quality control as part of its equipment manufacturing operations.
SOLIDWORKS can play an important role within this journey by providing engineers with a detailed digital representation of the product before physical manufacturing begins.
From Engineering Challenges to Better Product Development
One of the key takeaways from the Agappe presentation was that successful product development requires more than just good design software.
Engineers need to think about the entire product lifecycle from the initial concept and design through manufacturing, quality, service and commercialisation.
The six areas highlighted in the presentation clinical accuracy, multi-physics integration, regulatory readiness, manufacturability, cost pressure and serviceability demonstrate the different factors that medical equipment companies need to balance.
A connected engineering approach can help teams identify design challenges earlier and make better decisions before the product reaches manufacturing.
A Valuable Customer Success Story for the SOLIDWORKS Community
Customer stories such as the one shared by Agappe at SYNC 2026 are valuable because they show how engineering challenges are addressed in real business environments.
For Agappe Diagnostic Ltd, the journey from concept to commercialisation involves complex medical equipment requirements where precision, manufacturability and reliability are important. The presentation at SYNC 2026 gave the audience an opportunity to understand these challenges from the perspective of an Indian medical device manufacturer.
At Conceptia Konnect, we are proud to support organisations that use SOLIDWORKS to develop innovative products and improve their engineering workflows. As a SOLIDWORKS Reseller serving Karnataka, Tamil Nadu and Kerala, we work with engineering and manufacturing organisations across different industries to help them select and implement the right SOLIDWORKS solutions.
Agappe Diagnostic Ltd and the Future of Medical Equipment Design
The success story shared at SYNC 2026 demonstrates how digital engineering can contribute to the development of modern medical equipment. As medical technology continues to evolve, manufacturers will need to balance increasing product complexity with accuracy, quality, manufacturability and cost.
With the right design tools and engineering processes, companies can build a stronger foundation for innovation and commercialisation.
The Agappe Diagnostic Ltd customer success story at SYNC 2026 is a good example of how engineering teams can use SOLIDWORKS as part of their journey from concept to commercialisation.
Want to explore how SOLIDWORKS can support your product development and manufacturing requirements? Contact Conceptia Konnect to discuss your engineering needs and SOLIDWORKS solutions.
