Service hotline:133-1084-8893
Complaints phone:139-2945-0798
Company landline:0755-84658192
Mailbox:abcsz1777@126.com
Q Q：565978634
Address: 102, Building A4, No.8 Tongfu Road, Pingdong Community, Pingdi Street, Longgang District, Shenzhen, China.
Modern sports equipment, ranging from carbon fiber bicycle frames and badminton rackets to golf club heads, carabiners, and sports protective gear, all pursue ultimate performance, lightweight design, and durability. High-performance plastics and composite materials play a crucial role in this process. And injection molding robotic arms are precisely the "core muscles" that transform these advanced materials into high-end sports products, driving the upgrading and innovation of the sports equipment industry.
Unique Advantages in Handling High-Performance Composite Materials. Sports equipment extensively uses fiber-reinforced composite materials, such as carbon fiber and glass fiber-reinforced plastics. After injection molding, the sprue (the excess plastic attached to the product) of these materials is usually very strong, tightly connected to the product. Manual stripping is not only difficult but also prone to damaging the product. Relying on its powerful torque and precise angle control, the robotic arm can stably and forcefully separate the product from the sprue. This not only ensures complete separation but also avoids pulling damage or whitening of the product— a key step in guaranteeing the product’s appearance and structural strength.
Enabling Automated Integration of Complex Processes. Many sports equipment components require the combination of multiple processes. For example, producing a bicycle pedal may involve first injecting an inner core, then the robotic arm retrieves it and places it into another mold for overmolding (covering with a soft non-slip layer). Six-axis robots can easily accomplish such complex material handling and process switching, enabling "one-step" production. This reduces intermediate links and improves the consistency of product quality and production efficiency.
Ensuring Quality Uniformity in Mass Production. Products like badminton racket handles and sports water bottles have large market demand and high requirements for consistency in product weight and balance. Manual operations inevitably lead to slight differences in part removal speed and placement force due to fatigue, which may affect the final performance of the product. In contrast, robotic arms can ensure that each mold of products is processed with exactly the same posture, speed, and trajectory, providing the most fundamental guarantee for the performance consistency of the final product. This is crucial for brands to maintain their high-end market image.
With the upsurge of national fitness and the rise of personalized customization, sports equipment is also showing a trend of small-batch and multi-model production. The flexible production characteristics of robotic arms allow them to quickly respond to market changes. In the future, combined with 3D scanning and printing technology, it may even be possible to produce personalized ergonomic handles or shoe soles for athletes through automated injection molding robotic arms, pushing the personalized experience of sports equipment to a new height.
Service Hotline：133-1084-8893
Complaints Tel：139-2945-0798
Company landline: 0755-84658192
Email：abcsz1777@126.com
Address: Longgang District, Shenzhen City,
Guangdong Province, Pengdi Street, Pingdong
Community, Tong Fu Road, No. 8 A4 Building 102
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