Process Optimization for
Efficient Plastic Injection Molding
Yomura partners with NTHU (National Tsing Hua University) to pioneer injection molding optimization, ensuring exceptional quality and sustainability.
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Strategic Partnership with NTHU
Collaborative Expertise
Yomura collaborates with NTHU, a leading institution in advanced manufacturing research, to bring cutting-edge techniques to plastic injection molding.
DOE and RSM in Process Optimization
Our state-of-the-art capabilities, including Design of Experiments (DOE), Response Surface Methodology (RSM), and material characterization, are backed by a team of dedicated experts.
Design of Experiments (DOE)
Enabling the investigation of multiple process variables simultaneously.
Response Surface Methodology (RSM)
Facilitating the development of empirical models to identify optimal settings.
Process with 15% Viscosity Change
Scientific Molding: Precision and Consistency Redefined
A data-driven approach that delivers unparalleled precision, consistency, and efficiency in plastic injection molding. Through advanced monitoring, real-time data analysis, and rigorous process optimization. We ensure:
- Exceptional part quality and dimensional accuracy
- Minimized scrap and rework
- Optimized cycle times for maximum productivity
- Deep insights into process dynamics for continuous improvement
We foster collaborative partnerships, providing tailored solutions and knowledge transfer to empower your team with Scientific Molding expertise.
Integrated Expertise for Excellence
Yomura's Industry Experience
Seamlessly integrated with NTHU's academic excellence.
NTHU's Academic Rigor
Harnessing state-of-the-art facilities for process optimization.
Multidisciplinary Collaboration
Pushing the boundaries of potential in injection molding optimization.
Client Benefits
Improved Quality
Enhanced product quality and consistency for clients.
Increased Productivity
Boosted productivity and cost-efficiency for client operations.
Sustainability
Development of robust and sustainable processes.
Join the Revolution
Material Science
Exploring new frontiers in material science and research.
Innovation
Embracing continuous innovation for the future.
Industry Research
Setting new benchmarks through industry-academia collaboration.
Sustainability
Driving efficiency, quality, and sustainability in plastic injection molding.