China SK-2000 2000Ton Servo Energy-Saving Injection Molding Machine - Reliable Suppliers & Factory for Plastic Products
Product Introduction
SUCCESSOR SK-2000 Injection Molding Machine: Power, Precision, and Efficiency for Large-Scale Manufacturing
The SUCCESSOR SK-2000 is a heavy-duty, industrial-grade solution engineered to deliver unmatched performance for large-scale, high-volume production. It combines power, precision, and efficiency to meet the most demanding manufacturing challenges.
- Cutting-Edge Efficiency: Our advanced servo energy-saving system reduces energy consumption by up to 68%, lowering operational costs without compromising on power.
- Uncompromising Precision: Ultra-precise electronic detection technology ensures millimetric accuracy in mold clamping and injection, delivering perfect results for large, complex components with tight tolerances.
- Built for Strength: A robust hydraulic system with enhanced force capacity masterfully processes extra-large, thick-walled parts, high-density plastics, and advanced composites for automotive, industrial, and aerospace applications.
- Intelligent Productivity: An intelligent multi-stage control system minimizes material waste and optimizes cycle times, maximizing your production output.
- Seamless Connectivity: Designed for full automation, it features an advanced UI with remote monitoring, fault diagnosis, and predictive maintenance to maximize uptime and minimize operator intervention.
- Reliable by Design: With a durable, modular construction and low maintenance requirements, the SK-2000 guarantees long-term reliability and easy future upgrades.
Perfect for large automotive structural parts, industrial machinery components, and heavy-duty packaging, the SK-2000 is the smart investment for manufacturers targeting high-volume success with consistent quality and cost savings.
Beyond its core strengths in power, efficiency, and intelligence, the SUCCESSOR SK-2000 is engineered with adaptability and future-readiness to empower manufacturers in a rapidly evolving industrial landscape. Its high-rigidity reinforced frame and optimized clamping mechanism ensure stable, vibration-free operation even during 24/7 continuous high-volume production, effectively reducing wear on critical components and extending the machine’s service life. The SK-2000’s enhanced material compatibility extends beyond standard plastics and composites, supporting the processing of high-temperature engineering resins and specialty materials, making it suitable for advanced aerospace components and high-performance industrial parts. Additionally, its ergonomic and safety-focused design includes integrated safety interlocks, easy-access maintenance points, and a user-friendly control interface that simplifies operation and reduces training time for operators. This holistic integration of performance, durability, and user-centric design not only ensures consistent, high-quality production but also enables manufacturers to adapt to changing market demands, scale operations seamlessly, and maintain a competitive edge in high-stakes, large-scale manufacturing.
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Machine Specifications
| Specifications | Unit | SK-2000 | ||
| INJECTION UNIT | A | B | C | |
| Screw diameter | mm | 130 | 140 | 150 |
| Screw L/D ratio | L/D | 22 | 20.4 | 19 |
| Theoretical shot volume | cm³ | 8369 | 9590 | 11009 |
| Shot weight(PS) | g | 7524 | 8727 | 10018 |
| Injection Rate | g/s | 1052 | 1225 | 1406 |
| Injection pressure | Bar | 1630 | 1420 | 1230 |
| Max. screw speed | rpm | 70 | ||
| CLAMPING UNIT | ||||
| Clamping force | kN | 20000 | ||
| Opening stroke | mm | 1650 | ||
| Distance between tie-bars | mm | 1650 x 1500 | ||
| Max. mold height | mm | 1560 | ||
| Min. mold height | mm | 780 | ||
| Ejector stroke | mm | 400 | ||
| Ejector force | kN | 430 | ||
| OTHERS | ||||
| Max. Pump Pressure | Mpa | 16 | ||
| Servo motor power | kW | 55+55+30 | ||
| Heating capacity | kW | 95.05 | ||
| Machine dimensions | m | 14.8 x 3.5x 4.5 | ||
| Machine weight | t | 128 | ||
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SUCCESSOR SK Series Injection Molding Machines
Where Innovation Meets Performance
Engineered for excellence, the SUCCESSOR SK Series Injection Molding Machine integrates a cutting-edge servo energy-saving system, ultra-precise electronic detection technology, and intelligent multi-stage control of mold clamping pressure, speed, and position. This powerful combination delivers unmatched performance stability, significantly reduced cycle times, and exceptional energy efficiency—propelling your productivity to new heights.
Featuring advanced engineering and innovative design, the SK Series Injection Molding Machine is built to excel in high-demand manufacturing environments. A robust hydraulic system ensures fast, precise operations with superior force and pressure control across injection, clamping, and ejection phases. The result? Consistently high-quality parts, minimized material waste, and maximized uptime.
Perfectly suited for automotive, packaging, consumer goods, and more, the SUCCESSOR SK Series Injection Molding Machine combines versatility with reliability. Its intuitive user interface simplifies operation, while low maintenance requirements enhance long-term cost-effectiveness.
Choose SUCCESSOR SK Series Injection Molding Machine—where precision meets profitability.
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Frequently Asked Questions
The SUCCESSOR SK-2000 features an advanced servo energy-saving system that reduces energy consumption by up to 68% compared to traditional hydraulic systems, significantly lowering operational costs.
It is designed for heavy-duty, large-scale manufacturing applications, including large automotive structural parts, industrial machinery components, aerospace parts, and heavy-duty packaging solutions.
The SK-2000 offers a maximum clamping force of 20,000 kN. Depending on the screw configuration (A, B, or C), the shot weight (PS) ranges from 7,524g up to 10,018g.
It utilizes ultra-precise electronic detection technology paired with an intelligent multi-stage control system that closely monitors and controls mold clamping pressure, speed, and positioning.
Yes. The machine features advanced UI connectivity allowing for seamless automation integration, remote monitoring, automated fault diagnosis, and predictive maintenance routines.
Beyond standard plastics and composites, its enhanced material compatibility allows it to process high-temperature engineering resins and high-performance specialty materials for demanding industrial applications.