To meet the stringent requirements for high-quality production of key components of new energy vehicle batteries (such as synthetic rubber structures/protective/thermal management parts), the GW-R550L injection molding machine offers an outstanding solution: the vibration-free vertical injection and stable hydraulic system ensure stable operation.
Why this GW-R550L?
The automotive industry remains the primary consumer of rubber, with tires, seals, hoses and gaskets driving the demand.In the early stage of new energy vehicles, consumers' focus was mainly on the driving range. However, as the penetration rate of new energy vehicles continues to increase and the vehicle design becomes more mature, consumers' attention has shifted to not only longer driving ranges but also charging speed, safety, and service life. These factors require a comprehensive upgrade of the power battery. Based on technological innovation, synthetic rubber can provide considerable assistance for the further development of the power battery. Synthetic rubber products can start from all aspects such as the internal structure, external protection, and thermal management of the power battery to improve the durability of the battery, enhance processing performance, and strengthen the sealing and vibration reduction around the battery, making the driving process of electric vehicles safer.
Unshakable Stability: Engineered for 24/7 Reliability
✅ Fixed-Cylinder Vertical Injection
Dual fixed injection cylinders + low-center-of-gravity design eliminate operational vibration.
✅ High-Stability Hydraulic System (F.I.L.0)
Reinforced bed structure withstands high-pressure cycles with minimal maintenance.
✅ Movable Injection Unit
One-touch vertical adjustment simplifies maintenance access (30% faster servicing).
High-Precision: Micron-Level Injection Control
✅ High-Pressure & High-Precision Injection
✅ Precision Temperature Management
✅ Optimized Feeding System
Tailored Customization: Optimized Your Production Cycle
✅ Modular-Design & Multi-Combination Solutions
Scalable configurations (IoT/auto-demolding/etc.) adapt to future needs.
✅ Production Cycle Master Planning
• Capacity-Driven: Dual-station setups for 45%↑ throughput
• Efficiency-Focused: Automated feeding cuts cycle time by 18%
• Demand-Specific: Medical/Auto material compatibility protocols
✅ Human-Centric Operating System
Ergonomic controls reduce operator fatigue and training time.
Product Quality：Be Quickly Implemented for use
✅ Defect Elimination: No Burrs/Cracks/Voids
✅ Durability Boost: Homogeneous material structure
✅ Longevity Proven: 200k+ cycles in automotive tests
Post time: Jul-09-2025