Taizhou Paixun Technology Co.,LTD
For many years, it has been deeply involved in the rapid prototyping and cost testing of automotive parts samples. It provides automotive engine, transmission, and motor products related parts such as housings, cylinder blocks, cylinder heads, shells, gear shafts, and planetary gear reducer samples for major automotive research institutes and research units in China. It also provides corresponding physical examination reports and process validation data. The company has international advanced level equipment for producing housing-type/cylinder-type/gear shaft-type/planetary structure products, which can realize the research and production of complex structures and high-precision products.
Taizhou Pixun is committed to becoming a practitioner in the field of industrial product sample development and providing customers with industrial-level product development healthcare center and product cost testing center services.Founded in 2011 in Taizhou, Zhejiang, the company has been dedicated for many years to the development and prototyping of precision components for industries including automotive, energy, medical, aviation, and defense. Equipped with advanced R&D technology, superior manufacturing processes, and state-of-the-art processing and inspection equipment at international standards, the company is capable of producing complex structures and high-precision products, effectively ensuring product quality. The company strives to deliver high-quality products and services to its cusstrives to deliver high-quality.
Product 1
Development technology/material/manufacturing process nameNew Energy Drive Motor Shaft
Innovation Highlights 1. To meet the weight-reduction requirements of new energy applications, conventional motor shafts are typically designed as solid. Through analysis, the interior is maximized as hollow while ensuring operational performance requirements—thus fulfilling functional needs and reducing the product’s weight by 60% compared to the original design.
2. The product is fabricated by welding three components together using specialized jigs and laser welding, effectively ensuring post-welding dimensional accuracy to meet the product’s design specifications.
Applications electric drive
Photo of exhibits recommended
Product 1
Development technology/material/manufacturing process nameNew Energy Transmission Dual Gear
Innovation Highlights 1. Compared with ordinary double gears, this double gear shaft has a smaller shaft diameter, larger gear diameter, and a length more than twice that of ordinary double gears, resulting in significant machining distortion, substantial welding distortion, and high machining difficulty.
2. Vacuum carburizing heat treatment was adopted, and specialized tooling was used to control deformation, effectively minimizing welding distortion and ensuring post-weld machining within normal allowances.
Applications hybrid drive
Photo of exhibits recommended
Product 1
Development technology/material/manufacturing process nameHybrid Transmission Housing
Innovation Highlights1. The product has a relatively large structure, complex structural design, multi-surface machining requirements, and high precision demands.
2. Strict requirements are imposed on positional accuracy and geometric tolerances for spatial dimensions.
3. By employing dedicated fixtures and reducing the number of machining operations—combined with four-axis and five-axis machining centers—particularly for circumferential spatial dimensions, the number of operations and workpiece setup cycles is minimized, effectively ensuring product quality requirements.
Applications hybrid drive
Photo of exhibits recommended