NewsIndustry NewsAccumold Set to Showcase Groundbreaking Medical Micro Molding Technologies at MD&M East...

Accumold Set to Showcase Groundbreaking Medical Micro Molding Technologies at MD&M East 2025

Share This Post

Post Views: 10084

Accumold Set to Showcase Groundbreaking Medical Micro Molding Technologies at MD&M East 2025

Accumold, a global leader in high-precision micro injection molding, will exhibit at MD&M East in New York City from May 20–22, 2025 To see how their cutting-edge micro molding technologies are facilitating the creation of next-generation medical devices and components throughout the healthcare industry, attendees should stop by Booth 551.

For more than 40 years, they have specialized in molding tiny, complex parts that are often impossible to produce using conventional processes. Serving demanding markets such as micro electronics, medical, micro optics, and other emerging technologies, the company is trusted by OEMs worldwide to meet the toughest design challenges and tolerance requirements — often down to just a few microns.

“Our presence at MD&M East reflects our commitment to supporting the rapid evolution of the medical device industry,” says Brett Saddoris, Technical Sales Manager at Accumold. “We thrive on helping engineers and designers turn bold ideas into manufacturable realities — whether they’re prototyping disruptive technologies or ramping up to high-volume production.”

Their vertically integrated facility in Ankeny, Iowa operates 24/7, bringing together in- house tool design and fabrication, ISO 13485-certified cleanroom molding, precision metrology, and automated assembly. This seamless integration allows them to offer speed to market, validated scalability, and uncompromising quality — qualities essential for critical medical applications.

Among the company’s latest innovations is its breakthrough in high-volume micro injection molding of thin-walled cannulas, an achievement five years in the making. Historically produced through extrusion and labor-intensive secondary processes, cannulas with extremely thin walls are now being molded in a single step — eliminating inconsistencies, improving structural integrity, and enabling annual production volumes of up to 40 million parts per cell​.

“The ability to reliably mold cannulas with wall thicknesses as low as 0.004 inches represents a significant leap forward in medical manufacturing,” Saddoris explains. “This process reduces part variability, increases production efficiency, and opens up exciting new design possibilities for minimally invasive medical devices.”

Their expertise spans a wide range of medical-grade materials including PEEK, LCP, Polycarbonate, Polypropylene, and Pebax. These materials support the creation of bio- compatible, durable components ideal for applications in diagnostics, drug delivery, wearable health tech, and surgical instrumentation.

Visitors to Booth 551 at MD&M East will have the opportunity to meet Accumold’s technical team, view samples of molded parts, and explore how the company’s micro molding capabilities can reduce time to market, cut costs, and enable smarter, smaller, and more reliable medical devices.

www.accu-mold.com

#accu-mold #Modernplasticsindia #Pasticsnews #ModernPlasticsIndiaMagazine
#PrintPublication #PrintMagazine #Modernplasticsasia

Riya Kadam
Riya Kadam
Junior Editor
spot_img
spot_img
spot_img

Related Posts

ENGEL Group Rolls Out WINTEC E-Win Worldwide With Enhanced Machine Performance

ENGEL Group Rolls Out WINTEC E-Win Worldwide With Enhanced...

RAKEZ To Drive Focus On Industrial Development At Make It In The Emirates 2026

RAKEZ To Drive Focus On Industrial Development At Make...

Borouge Registers $156 Million Q1 2026 Net Profit Through Strong Business Performance

Borouge Registers $156 Million Q1 2026 Net Profit Through...

UFlex To Introduce Future-Ready Sustainable Tube Solutions At CMPL Expo 2026

UFlex To Introduce Future-Ready Sustainable Tube Solutions At CMPL...

India Strengthens Its Tooling Edge at DMI 2026

India Strengthens Its Tooling Edge at DMI 2026 The 14th...