SK-1600 1600 Ton Servo Energy-Saving Injection Molding Machine - China Suppliers & Factory
Product Introduction
SUCCESSOR SK-1600: Heavy-Duty Precision for Ultra-Large-Scale Industrial Production
Crafted for industrial-grade, large-scale manufacturing, the SUCCESSOR SK-1600 Injection Molding Machine stands out with its exceptional power, precision, and energy efficiency, tailored for the most demanding production applications. It is the ultimate solution for industries that require ultra-large-volume output, complex part production, and long-term reliability, including heavy industry, aerospace, and large-scale automotive manufacturing.
The SK-1600 adopts an advanced servo energy-saving system, which maintains outstanding efficiency under high-power operating conditions. This technology cuts energy consumption by as much as 65%, leading to a substantial reduction in overall operating expenses. Fitted with ultra-precise electronic detection technology, the machine supports real-time feedback and dynamic adjustment of mold clamping parameters. It consistently produces high-quality components with strict dimensional tolerances, especially suitable for large-scale and complex parts applied in heavy industry and aerospace applications.
Powered by a high-performance hydraulic system with reinforced structural parts and sophisticated pressure control technology, the SK-1600 is ideally designed for processing thick-walled workpieces, high-density plastic materials and high-grade composite materials. Equipped with an intelligent multi-stage control system, it supports flexible personalized configuration of production parameters, and can easily adapt to diverse part structures and different material processing demands.
Designed for fully automatic manufacturing, the SK-1600 achieves seamless integration with robotic equipment and production line management software. It comes with a high-end human-machine interface that supports remote monitoring, automatic fault diagnosis and predictive maintenance functions. These functions effectively reduce manual operation intervention and maximize equipment running time, ensuring stable continuous production. The machine features low maintenance needs and a heavy-duty durable structure for long-term stable reliability, while optimized production cycles further improve overall productivity.
Perfect for large automotive structural parts, industrial machinery components, and heavy-duty packaging, the SK-1600 is a powerful, reliable solution for industrial manufacturers seeking to scale production with consistent quality. It combines advanced technology with rugged durability to meet the most challenging large-scale production demands.
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Machine Specifications
| Specifications | Unit | SK-1600 | ||
|---|---|---|---|---|
| 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 | 11406 |
| Injection pressure | Bar | 1630 | 1420 | 1230 |
| Max. screw speed | rpm | 85 | ||
| CLAMPING UNIT | ||||
| Clamping force | kN | 16000 | ||
| Opening stroke | mm | 1600 | ||
| Distance between tie-bars | mm | 1560 x 1480 | ||
| Max. mold height | mm | 1500 | ||
| Min. mold height | mm | 700 | ||
| Ejector stroke | mm | 400 | ||
| Ejector force | kN | 320 | ||
| OTHERS | ||||
| Max. Pump Pressure | Mpa | 16 | ||
| Servo motor power | kW | 45+45+45 | ||
| Heating capacity | kW | 95.05 | ||
| Machine dimensions | m | 14.6 x 3.5 x 4.2 | ||
| Machine weight | t | 110 | ||
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SUCCESSOR SK Series Injection Molding Machines
Innovation and Performance Combine Seamlessly in the SUCCESSOR SK Series Injection Molding Machine, which is crafted to premium industrial standards with state-of-the-art servo energy-saving technology, high-precision electronic detection modules and intelligent graded control over clamping pressure, velocity and positioning parameters. The synergy of these technologies provides unmatched performance stability, remarkably reduced production cycle times and remarkable energy-saving effects, lifting your production capacity to a higher level. Built with premium engineering design and innovative upgrades, it adapts perfectly to heavy-duty manufacturing conditions, while its durable hydraulic system achieves rapid and accurate operation across injection, clamping and ejection processes with stable force output and precise pressure management, ensuring consistent high-quality products, lower material consumption and extended continuous running time. Suitable for automotive components, packaging products and daily consumer goods, it balances versatility and reliability, equipped with a user-friendly control panel and low maintenance costs to deliver excellent long-term economic benefits.
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Frequently Asked Questions (FAQ)
The SK-1600 provides a massive clamping force of 16,000 kN (1,600 Tons) with an opening stroke of 1,600 mm and tie-bar clearance of 1,560 x 1,480 mm, making it ideal for ultra-large-scale industrial molds and deep-cavity components.
Equipped with an advanced triple-servo power system (45+45+45 kW), the machine can cut overall energy consumption by up to 65% under demanding high-power operating conditions compared to traditional hydraulic systems.
It is engineered for thick-walled workpieces, high-density polymers, and high-grade composites. Key application fields include large automotive body and structural parts, aerospace components, heavy machinery parts, and industrial heavy-duty packaging (such as large logistics crates).
Yes, the SK-1600 is fully compatible with modern automated manufacturing environments, offering seamless integration with robotic pick-and-place equipment and centralized production line management software.
The machine utilizes ultra-precise electronic detection technology for real-time clamping adjustments and multi-stage parameter control. Additionally, its intelligent HMI supports remote monitoring, automatic fault self-diagnosis, and predictive maintenance to reduce manual intervention and downtime.