Shree Rapid Technologies is participating in two major manufacturing exhibitions- IMTEX 2026 and MOLDEX 2026 with a clear focus on showcasing practical, application-driven 3D printing solutions. At both platforms, the company aims to demonstrate how additive manufacturing can support tooling, product development, and faster decision-making for manufacturers across industries.
At IMTEX, the spotlight will be on advanced polymer-based 3D printing technologies, while MOLDEX will focus strongly on tooling applications. Across both exhibitions, visitors can expect to see a wide range of 3D printed parts, samples, and solutions that highlight how digital manufacturing can be used alongside conventional methods rather than replacing them.
One of the key highlights at IMTEX will be the launch of a compact SLS 3D printer from Raise 3D. Designed as a benchtop solution, the system offers a smaller footprint while still delivering strong performance for functional prototyping and low-volume production. The printer is expected to attract interest from manufacturers looking for efficient SLS solutions without large infrastructure requirements.
Alongside this, the IMTEX stall will feature polymer-based technologies such as FFF and DLP, supported by printed parts that demonstrate material strength, surface finish, and design complexity. The focus will remain on helping visitors understand which technology works best for specific applications, rather than presenting machines in isolation.
Sharing insights on this approach, Nitin Chaudhari, Co-Founder of Shree Rapid Technologies, said, “At exhibitions like IMTEX, we meet customers from diverse manufacturing backgrounds. Our aim is to help them understand how different 3D printing technologies can solve real problems related to lead time, cost, and design complexity.”
At MOLDEX, the emphasis will shift towards tooling and mold-related applications. A major attraction at the stall will be 3D printed injection mold inserts made from advanced polymer materials. These samples are intended to show how manufacturers can use 3D printing during the early stages of product development, where frequent design changes are common.
The showcased mold inserts will highlight how plastic molds can be used to inject actual end-use thermoplastic materials. This allows manufacturers to validate part performance, fit, and functionality before investing in expensive metal tooling. The approach helps reduce both development time and upfront costs.
Explaining the value of this method, Nitin Chaudhari said, “3D printed mold inserts are ideal for rapid iterations. They allow manufacturers to test designs quickly, make changes easily, and move to metal molds only when the design is final.”
In addition to mold inserts, the MOLDEX display will include parts related to soft tooling and investment casting patterns. These examples will demonstrate how additive manufacturing materials have evolved to withstand higher temperatures and pressures, making them suitable for demanding tooling applications.
Across both exhibitions, the company will showcase printed parts representing all the major technologies it works with. This includes polymers produced through FFF, DLP, and SLS processes, offering visitors a clear comparison of finishes, strengths, and use cases.
Participation in IMTEX and MOLDEX builds on years of experience at similar industry exhibitions. Regular involvement in IMTEX has helped the team engage with a large and diverse manufacturing audience, including professionals from automotive, aerospace, tooling, and general engineering sectors. The high footfall and technical focus of the event make it a valuable platform for detailed discussions.
MOLDEX, with its strong emphasis on tooling and mold-making, offers a more focused audience. Past participation in similar tooling exhibitions has shown that visitors at such events are actively looking for practical solutions that can improve efficiency and reduce development risks.
From these two exhibitions, the company expects meaningful interactions with manufacturers who are exploring faster and more flexible production methods. The goal is not only to showcase technology, but also to educate visitors on where 3D printing adds real value within the manufacturing lifecycle.
By presenting real applications, tested materials, and practical examples, Shree Rapid Technologies aims to position additive manufacturing as a reliable support tool for modern manufacturing- one that complements traditional processes and helps businesses make informed decisions.
