High-end Production System
Excellent equipment is a strong support for company development and technology progress. For 14 years, Millison has invested heavily to transform or build equipment. We have a global leading intelligent die casting island. There are three 2800-3100T die casting islands, fifty 300-2500T die-casting machines and six Aluminum alloy gas smelting furnaces in die-casting equipment. There are 300 precise CNC machining centers in machining equipment. Besides, Millison has built two automatic spraying production lines to form a coordinated process, including die-casting, machining and coating, to satisfy customers.
Car engine cylinder block Engine is the “heart” of car and the engine cylinder block is the covering of the “heart”. Engine cylinder block is the core technology of a die-casting company. Engine cylinder blocks in many joint venture companies are produced by foreign companies because it has strict requirements for degree of precision, abradability and high-temperature resistance.
In 2012, Millison invested 0.8 billion yuan in Xiangyang, Hubei province to introduce sophisticated equipment and technology and build a high-level production base. The stress is to overcome technology difficulties and realize the dream of “Made in China” about engine cylinder block.
Engine cylinder block is the largest program since Millison was established. It is also a high technology content, high quality and high precision program. Hence, Millison sets targets that we must input and gain in the same year, thus we can reach the international standards. With the huge investment and scientific research team at home and abroad, in 1 year, we have finished the design, trial-production and volume production. Products are up to the advancement and high-end but ** less than foreign counterparts in cost. That’s the speed and quality of Millison.
With the adoption of top GDK2800S full-automatic die-casting unit line from OSKAR FRECH Germany, Millison has realized the Robot automatic production. The production efficiency increases, which assure the reliability of production quality. Thermal imager is used to test the temperature of die-casting mould for optimizing the technological parameter; technological parameter is real-time detection and the sub-quality products is automatic identification and is refused to produce. Until now, the quality performance has exceeded NEMAKE and GF because our rate of defective products keeps a low rate of 2%.