NISSHA Expands Micro-Molding Capacity to Meet Growing Demand for Medical Device Miniaturization
Nissha Medical Technologies, NISSHA's medical device CDMO subsidiary, held a groundbreaking ceremony for a new facility in New Richmond, Wisconsin. Scheduled for completion in April 2027, the expansion will more than double production capacity to serve the needs of the increasingly sophisticated medical device market.
📋 Article Processing Timeline
- 📰 Published: May 19, 2026 at 01:30
- 🔍 Collected: May 18, 2026 at 17:01
- 🤖 AI Analyzed: May 18, 2026 at 22:49 (5h 47m after Collected)
Nissha Medical Technologies (NMT), the medical device contract design and manufacturing organization (CDMO) arm of NISSHA Co., Ltd., held a groundbreaking ceremony for a new facility in New Richmond, Wisconsin, to expand its micro-molding production capacity. This expansion is designed to strengthen production systems in response to growing demand for high-precision, small-scale components in the medical device sector.
The new facility, spanning approximately 4,650 square meters, is expected to be completed in April 2027, followed by a phased equipment installation for full-scale operation. NMT anticipates more than doubling its production capacity through this new facility. This will further enhance its ability to meet the needs for sophisticated and miniaturized medical devices, accelerating business growth.
NMT’s micro-molded products are used in a wide range of applications, including minimally invasive surgical tools such as endoscopic instruments, surgical robots, diagnostic equipment, and medical wearable sensors. These products are critical elements supporting the miniaturization and high-functionality of medical devices, helping to reduce physical burden on patients and improve convenience in medical settings.
Micro-molding refers to an injection molding process that forms minute shapes with dimensional precision at the micrometer level (1/1,000 of a millimeter). NISSHA Co., Ltd. is a manufacturer leveraging unique processing technologies, operating globally in three segments: Industrial Materials, Devices, and Medical. In the medical field, it primarily conducts CDMO business in North America, utilizing technologies such as plastic molding and metal processing.
The new facility, spanning approximately 4,650 square meters, is expected to be completed in April 2027, followed by a phased equipment installation for full-scale operation. NMT anticipates more than doubling its production capacity through this new facility. This will further enhance its ability to meet the needs for sophisticated and miniaturized medical devices, accelerating business growth.
NMT’s micro-molded products are used in a wide range of applications, including minimally invasive surgical tools such as endoscopic instruments, surgical robots, diagnostic equipment, and medical wearable sensors. These products are critical elements supporting the miniaturization and high-functionality of medical devices, helping to reduce physical burden on patients and improve convenience in medical settings.
Micro-molding refers to an injection molding process that forms minute shapes with dimensional precision at the micrometer level (1/1,000 of a millimeter). NISSHA Co., Ltd. is a manufacturer leveraging unique processing technologies, operating globally in three segments: Industrial Materials, Devices, and Medical. In the medical field, it primarily conducts CDMO business in North America, utilizing technologies such as plastic molding and metal processing.
FAQ
Where is the new NISSHA facility located?
It is located in New Richmond, Wisconsin, USA. The facility spans approximately 4,650 square meters and is scheduled for completion in April 2027.
How much will the production capacity increase?
With the new facility in full operation, micro-molding production capacity is expected to more than double compared to current levels.
What products will be manufactured at the new plant?
The plant will produce high-precision, small-scale medical components such as endoscopic tools, surgical robot parts, and wearable sensors.