Product filled on an SIG Small 24 Aseptic filling machine
Made of high-quality ingredients, the product provides 31 grams of protein per 350 ml serving and is formulated to offer a smooth, low-viscosity texture that is easy to drink. It contains no added sugar and is suitable for a wide range of consumers including those seeking convenient meal replacements, office workers looking for nutritious options, and health-conscious individuals focused on protein intake.

The product is filled on an SIG Small 24 Aseptic filling machine, which supports 16 packaging options in terms of formats, volumes and openings combined with unmatched quick volume and format changeovers. This flexibility enables beverage producers to introduce new formats without additional investment in new filling equipment. For Lactasoy, the solution offered the agility to expand into a new category with an ambient, ready-to-drink high-protein beverage.
“Our goal with Benefitt is to make high-protein milk accessible, convenient and enjoyable for consumers across Thailand. The UHT format allows us to deliver high nutritional value without the need for refrigeration, and the SIG packaging gives us a solution that is easy to carry, easy to drink and suitable for nationwide distribution”, said Phanwana Mahasup, Advertising Manager and Marketing Coordinator for Benefitt at Lactasoy.
“This launch shows how flexible aseptic filling technology can open new opportunities and help customers innovate and expand into new categories efficiently. By working closely with Lactasoy, we’ve supported the successful introduction of a high-protein UHT milk that reflects both evolving consumer needs and market growth potential,” said Vatcharapong Ungsrisawasdi, Regional Director for Thailand, Laos, Myanmar, and Cambodia at SIG.
The introduction of Benefitt High Protein UHT Milk represents a new step forward for Thailand’s beverage market. By combining nutritional innovation with ambient UHT technology, Lactasoy and SIG are helping create new opportunities in the growing high-protein segment.















