How The $28.5 Million Sale of Ohio Cannabis Facility Reflects Industry Growth

Melt-to-Make Patented Gummy Base Technology Supports Scalable Cannabis Edibles Manufacturing 

FOR IMMEDIATE RELEASE Cannabis / Nutraceuticals / Manufacturing / Patent / Gummies / Growth / Scaling “Our focus has been on removing unnecessary complexity from edible manufacturing,” said Sarah McLaughlin, MS, RD, co-founder and vice president at Melt-to-Make. NORTHAMPTON, Mass. — February 20, 2026 — As the global cannabis edibles market continues to expand, manufacturers are facing growing pressure to deliver compliant, consistent, and scalable products. According to Fortune Business Insights, the cannabis edibles market is projected to exceed $55 billion by 2034, reflecting sustained double-digit compound annual growth.The expanding market is increasing demand for manufacturing systems that reduce formulation variability while improving production efficiency. In response, many producers are adopting standardized formulation platforms to support reliable output across product lines, facilities, and geographic markets. Melt-to-Make has introduced a patented gelatin and pectin gummy base technology designed to address persistent bottlenecks in large-batch edible production. The company’s shelf-stable semi-finished gummy base can be heated and infused with active ingredients before molding, helping manufacturers simplify workflows while improving repeatability.By standardizing the gummy base, the Melt-to-Make system reduces common manufacturing challenges associated with traditional confectionery production, including inconsistent texture, lengthy research and development cycles, and batch failures during scale-up.“Our focus has been on removing unnecessary complexity from edible manufacturing,” said Sarah McLaughlin, MS, RD, co-founder and vice president of product development and research at Melt-to-Make. “When the formulation system itself is consistent and repeatable, manufacturers can concentrate on dosing precision and operational efficiency rather than troubleshooting structure and texture.” Traditional gummy production often requires specialized confectionery equipment and advanced formulation expertise, particularly when working with pectin in vegan and heat-stable applications. Melt-to-Make’s semi-finished gummy base is designed to integrate into existing production workflows, giving manufacturers a more standardized substrate for predictable results.As regulated cannabis markets in the United States and Europe continue implementing stricter quality control and labeling standards, consistency in edible production is becoming increasingly important for both regulatory compliance and long-term brand reliability.Standardized ingredient systems are emerging as a practical solution for achieving repeatable performance in expanding markets. Melt-to-Make currently serves clients in more than 15 countries and provides technical documentation, formulation tools, and production support for manufacturers implementing the technology.To learn more, visit www.melt-to-make.com. About Melt-to-Make™ Founded in 2018 in Northampton, Massachusetts, by Sarah McLaughlin, Jake Goodyear, and Tim Van Epps, Melt-to-Make™ specializes in innovative gummy base systems designed to simplify large-batch gummy manufacturing. By offering professionally formulated gelatin and pectin bases that are approximately 90% complete, the company helps manufacturers produce gummies faster, more efficiently, and with greater consistency.Melt-to-Make™ is committed to using all-natural ingredients and colors while supporting a wide range of consumer preferences, including vegan, gluten-free, and non-GMO options. The company serves more than 1,000 B2B customers across the United States and in 15 countries, offering comprehensive support that includes equipment lists, training videos, custom formulations, and on-site technical assistance.For more information, visit www.melt-to-make.com or call 1-800-241-0341.Media ContactProven Media Kim Prince Phone: 480-221-7995 Email: kim@provenmedia.com