High Speed Injection Molding Machine
Machine Dimensions: 3m × 1.5m × 2m | Color Options: Red or Blue | Cooling System: Water Cooling with Temperature Control
Product Overview
This state-of-the-art High Speed Injection Molding Machine delivers exceptional efficiency, precision, and durability for modern manufacturing environments. Engineered with a robust full metal structure and large injection volume capabilities, it excels in both large-scale industrial production and customized projects.
Key Features
- Product Name: High Speed Injection Molding Machine
- Available File Formats: Step, STP, IGS, X_T, STL
- Plastic Type: Thermosetting
- Composition: CTA Three Grades Air Filters
- Injection Pressure: 332.2-420.4 MPa
- Hot Bed Material: Aluminum Sheet
- Suitable for small vertical injection molding applications
- Ideal for custom and homemade injection molding projects
- Competitive 120 ton injection moulding machine pricing
Technical Specifications
| Plastic Type |
Thermosetting |
| Cooling System |
Water Cooling With Temperature Control |
| Performance |
Stable Performance with Short Cycle Time |
| Hot Bed Material |
Aluminum Sheet |
| Machine Dimensions |
3m × 1.5m × 2m |
| Plasticizing Method |
By Screw |
| Composition |
CTA Three Grades Air Filters |
| Heating Power |
24.7KW |
| Materials Morphology |
Powder |
| Structure |
Full Metal |
Applications
The Haijiang HJF-780 High Speed Injection Molding Machine is ideal for automotive, electronics, medical devices, and consumer goods industries. Its precision engineering and stable performance make it perfect for producing complex parts with fine details and high dimensional stability. Certified by ISO9001 and CE standards, this machine ensures consistent quality in high-volume manufacturing environments.
Customization & Ordering
Haijiang HJF-780 Model
Available in red or blue colors with support for multiple file formats. Supply capacity: 300 sets per month. Minimum order quantity: 1 set. Delivery time: 35 days. Competitive pricing with flexible payment terms including TT, LC, and DP methods.