December 7, 2025
Tete-A-Tete

CoPower’s Automation Systems Can Reduce Water And Chemical Waste By 25–40%: Nelson Hsiao

When customers use our system, it provides a very accurate dye recipe that connects directly to the production side. This improves overall efficiency and consistency across operations, explains Nelson Hsiao.

CoPower Technology Co., Ltd., a leading manufacturer of automation dispenser systems for textile laboratories, is drawing positive attention at ITMA Asia + CITME 2025 with its latest innovations aimed at enhancing dyeing accuracy, efficiency and sustainability.

“We are the leading manufacturer for automation dispenser systems used in textile laboratories,” said Nelson Hsiao, Sales Director of CoPower Technology. “We’ve participated in ITMA Asia many times and this year we’ve received very good feedback right from the first day. It’s clear that the global textile industry is on an upward trend.”

CoPower’s dispensing systems are designed as the “heart” of dyeing laboratories, enabling mills to generate precise dye recipes that can be seamlessly transferred to production lines. “When customers use our system, it provides a very accurate dye recipe that connects directly to the production side,” explained Hsiao. “This improves overall efficiency and consistency across operations.”

Sustainability remains a key advantage of CoPower’s technology. According to Hsiao, the company’s automation systems can reduce water and chemical waste by 25–40%, thanks to precise formulation and efficient process control. “Our system helps save time, reduce water usage, and minimize pollution,” he noted.

The company reports strong engagement at its booth this year. “We’ve had visitors from China, Korea and Myanmar,” said Hsiao. “The response has been very positive and we’re glad to see growing global interest in automation and sustainability solutions.”

With its proven expertise and expanding international presence, CoPower continues to strengthen its position as a market leader in laboratory automation for textile dyeing.

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