KING's Solution Releases the World's First Carbon Footprint Report for LPM Machines

As global brands increasingly demand transparency and disclosure of carbon emissions throughout their supply chains, Taiwan-based injection molding equipment manufacturer KING's Solution has taken a bold and pioneering step. The company officially announced the completion of the world’s first ISO 14067-compliant Carbon Footprint of Product (CFP) report for its Low Pressure Molding (LPM) machine.

After completing an ISO 14064-1 organizational carbon inventory in recent years, KING's has now advanced its sustainability efforts to the product level. By following international standards, the company successfully completed the CFP assessment for its KL-CX-04-2-09-H LPM machine. This milestone not only marks significant progress in KING's ESG journey but also elevates the visibility and credibility of Taiwan’s plastic injection molding equipment in the global low-carbon supply chain.

Leadership-Driven: Sustainability Embedded in Corporate DNA

This carbon footprint initiative was personally led by Charles Hsu, General Manager of KING's Solution. In addition to earning ISO 14067 Lead Verifier certification himself, Charles spearheaded a dedicated internal team to collect both primary and secondary emissions data. The report covers a cradle-to-gate life cycle, demonstrating KING's commitment to carbon management and low-carbon manufacturing.

As a continuation of the company's “Green Solution, Machine Soulmate” philosophy, the LPM machine was selected as the subject of its first CFP report for the following key reasons:

• High application potential: LPM technology is widely used in waterproofing processes for medical devices, automotive electronics, and high-end ICT cables. It offers significant time, labor, and yield advantages.
• Outstanding environmental performance: Compared to traditional epoxy potting, LPM significantly reduces the health and environmental impact of curing processes, providing a greener manufacturing alternative.
• Use of bio-based materials: The selected materials have lower carbon emissions and significantly reduce VOCs, aligning with global trends toward low-carbon manufacturing and renewable materials.

KING's views this world-first CFP report as just the beginning. The company plans to continue integrating energy-efficient designs, AIoT-enabled smart injection molding, and low-carbon materials to help customers enhance sustainability across global supply chains in line with ESG and net-zero goals.

This report not only sets a new green benchmark for KING's but also positions Taiwan’s machinery industry at the forefront of sustainability — using scientific data to demonstrate capability, and showing how SMEs can proactively lead the low-carbon transition.