Firm News

As the demand for high precision and efficiency in manufacturing continues to rise, high-speed machining technology has become a critical driving force in modern industry. In this context, the stability and precision of machinery have become crucial. Especially in high-end sectors such as aerospace, automotive manufacturing, and precision machining, even the slightest error can have significant consequences. During high-speed machining processes, machine components are subjected to extreme loads, intensifying the need for key components that ensure stable operation and enhanced machining precision.

Founded in 1989, PARKER PLASTIC MACHINERY CO., LTD. upholds the business philosophy of “Innovative Technology, Quality First, Customer Priority,” focusing on the research, development, and manufacturing of hollow blow molding equipment. Headquartered in Wufeng, Taichung, Taiwan, PARKER has become a significant force in the domestic and international blow molding machinery sector through continuous technological investment and rich industry experience. The company has received multiple ISO 9001 and CE certifications and was honored with the Taiwan Excellence Award in 2006, demonstrating its outstanding product quality and technical strength.

The global healthcare system is undergoing a profound transformation, with the field of respiratory care facing both challenges and opportunities. As the global population ages, air quality deteriorates, and the prevalence of chronic respiratory diseases rises, this sector is expanding beyond traditional critical care wards. Today, smart technologies, infection control, and a patient-centric approach have become the dominant trends. The industry is shifting its focus from simple "treatment" to "comprehensive care," with the goal of improving patient quality of life and ensuring the safety of healthcare providers.

Global energy costs continue to rise alongside stricter carbon emission regulations worldwide, motivating manufacturers to pursue sustainability and energy efficiency. Traditional hydraulic systems consume high energy and incur significant operating costs, increasing enterprise burdens and hindering production line modernization. AnyPower Hydraulic Industry Co., Ltd. has independently developed a servo energy-saving hydraulic unit precisely designed to meet these market demands, providing key solutions for partners to achieve energy savings and sustainable growth.

With the escalating global climate change and environmental crises, an increasing number of companies have begun to incorporate sustainable development (ESG) and environmental protection principles into their core values. However, as early as several decades ago, when the concept of sustainability was still emerging, the Taiwanese company CHAR WIE had already recognized this trend and decisively embedded environmental values into its product design and manufacturing processes, becoming a pioneer in sustainable business practices.

As advanced technologies evolve, the demand for high-purity inorganic materials has surged across fields such as electronics, green energy, and specialty manufacturing. Headquartered in Taiwan, PCC Chemical is a professional manufacturer specializing in high-purity copper oxide (CuO), zinc oxide (ZnO), and functional inorganic compounds. With decades of processing experience, the company delivers stable, customized solutions to global industrial clients.

The manufacturing industry faces dual pressure: sustainable transformation and demand for high-performance materials. Material innovation is crucial. Traditional glued sheets have odor, delaminate, and pollute. Existing eco-friendly materials often have low recycled content and insufficient performance. These issues challenge international brand supply chains. Taiwan’s Yingpaochia Enterprise Co., Ltd. redefines supply chain value with unique technology and high-recycled materials.

Probiotics are like little soldiers in your body, always ready to help you digest. There are many different types of these beneficial bacteria, so finding the right kind for you can make a big difference in supporting your digestive health.

As healthcare technology evolves, electronic medical devices are becoming more compact, multifunctional, and interconnected. While this transformation improves care efficiency and diagnostic accuracy, it also raises the stakes for equipment reliability. A single electrical overload can trigger a system failure—jeopardizing not only costly devices but also patient lives. However, many medical systems still lack built-in circuit protection like overload protectors—components specifically designed to interrupt current when power surges exceed safe thresholds. In high-dependency environments such as hospitals, this gap can cause significant disruptions or even compromise patient outcomes.

In today's rapidly evolving world of material science, foam—a seemingly ordinary material—is playing an increasingly vital role. From sports protection to industrial manufacturing, and from medical devices to consumer products, market demands for foam have long surpassed the basic functions of cushioning and protection. Customization, multi-functionality, and sustainability have become the core keywords for companies when selecting materials. Amid this industrial transformation, Winboss, a company from Taiwan, is drawing global attention through its dedication to and research in NBR (Nitrile Butadiene Rubber) foam.