Quality
We value customer feedback and after-sales service during product development and production. Through continual quality improvement, we meet our customer’s requirements for quality management and provide products and services of the highest quality.
Quality Policy
Customer Satisfaction
Listen to customer feedback, foresee market demands, create market value, and assure customer satisfaction.
Total Partition
Through employee partition, we actively develop and improve process technology and build quick response capability.
Continual Improvement
Through continual improvement, we meet higher quality standards and provide better services and total solutions.
Methodology
IATF 16949 Standards and Core Tools
Quality Assurance
Over the years, we have passed the certification of different standards and systems through the audits of customers, government certification bodies, and third-party certification bodies. These suggest that our systems for quality management, environmental management, occupational health and safety, energy management, and laboratory management meet the international standards and requirements, enabling us to provide customers with satisfactory, optimal products and services.
ISO 27001 : 2013
ISO 9001 : 2015
ISO 14001 : 2015
ISO 17025 : 2017
ISO 45001 : 2018
ISO 50001 : 2018
ASI Performance Standard
IATF 16949 : 2016
Ford Q1
JWTC VIA
Brazil Inmetro
Indonesia SNI
JLRQ
Vietnam VR
Equipment Highlights
Bi-axial Test
Currently, our Marka bi-axial test bench is the only one of its kind in Taiwan.
Bi-axial Test
The Nürburgring is located in Nürburg, Rhineland-Palatinate, Germany. In 1920s, the ring was built around a small village and medieval castle in Nürburg near the Eifel Mountain. This ring is challenging as it is a very long and runs across complex terrains. Apart from being considered as the world’s most demanding ring built for car racing, it is also the field for the durability and performance tests before mass production of new car models. The bi-axial test simulates the Nürburgring to test wheels on the toughest road surface and load-carrying condition and thereby validate if the wheel design and manufacture meet the requirements for the toughest road surface.
Bending Fatigue Test
Bending Fatigue Test
The bending fatigue test simulates the bending moment that wheels must resist under repeated fatigue to verify the lifespan of spokes and the hub and thereby ensure that no cracks or loosened bolts (nuts) or other vehicular hazards will occur.
