Car parts moulds are used to produce various automobile components, including exterior, interior, and lighting parts. These moulds require high precision and durability to ensure that the resulting parts meet stringent quality standards. Common mould materials include high-quality steel and aluminum...
Car interior and exterior moulds are widely used for producing components such as seats, dashboards, doors, lights, bumpers, and more. Whether for interior or exterior parts, the design of these moulds is very stringent, particularly in terms of dimensional precision, surface finish, and assembly ac...
Car lamp moulds are used for producing automotive headlights, taillights, and other lighting components. The production of car light components requires high precision to ensure optical performance, sealing, and durability. The car lamp moulds we provide are typically made of S136 steel, capable of ...
SMC moulds are mainly used for producing glass-fiber reinforced plastic (SMC) parts, widely applied in automotive, home appliances, and other industrial fields. These moulds are designed for high-temperature resistance, corrosion resistance, and strength, allowing them to perform consistently under ...
Daily necessities moulds are used to produce plastic components for a wide variety of everyday items, such as tableware, household goods, stationery, and more. These moulds are designed to ensure both high production efficiency and product quality and aesthetics. The daily necessities moulds we prov...
Taizhou Jingling Moulding Technology Co., Ltd. is affiliated with Gege Mould.
Our company has been deeply involved in the mold industry for over ten years, possessing rich industry experience and strong comprehensive strength. Equipped with a 3,000-square-meter advanced factory, we have assembled a professional technical team with strong R&D capabilities. In mold product design and development, we fully utilize CAD/CAM/CAE technology and 3D solid modeling technology to ensure accurate and efficient design.
With a professional technical team possessing strong R&D capabilities, all mold product design and development utilizes CAD/CAM/CAE technology and 3D solid modeling technology.

This includes mold design, raw material procurement, parts processing, assembly and debugging, and inspection and acceptance. During the mold design phase, technicians use specialized software to design the mold structure based on customer-provided heavy truck component drawings or 3D data.
The factory typically follows a strict quality control system, such as ISO9001 quality system certification, adheres to the quality policy of "meticulous craftsmanship and customer satisfaction", and monitors the entire mold production process.
Adopting an information management system, such as Teamcenter Engineering, enables document management, version management, product structure and configuration management, thereby improving production efficiency and management level.