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LOG-S9 650 Ton*

LOG_S9-170
eaton machine
m3
m2
Drive and control unit 5
Drive and control unit 2
P9
P2-3
P2-2
P2-1
LOG-S9 650

LOG-S9 650 Ton*

The LOG-S9 650 ton is an affordable, high-precision, high-speed plastic injection molding machine that focuses on operational efficiency and productivity.

Its modular design, extensive tie-bar space, unique rigid third-platen flange, and highly adjustable ejector and L/D ratio enable a wider range of mold sizes, allowing for quick and easy mold changes. The new dual-cylinder injector provides increased pressure, resulting in improved surface finish and dimensional accuracy.

The 5-point dual-toggle mechanism has been redesigned to improve durability while applying high clamping forces directly, thereby reducing cavity deformation. The enlarged high-power servo-hydraulic system efficiently produces a clamping force of 650 metric tons. Its increased flow improves operating speed and cuts energy consumption by up to 80%.

The user-friendly control system handles all operational functions and utilizes well-known international components, facilitating easier maintenance and reducing downtime.

The LOG-S9 650 ton is ideally suited for producing high-quality products across various industries, including food packaging, household products and appliances, electronics, automotive parts, pipe fittings, toys, gifts, and other sectors.

Specifications of LOG-S9 650

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Platen Dimensions

Moving

LOG650 S9 Moving

Sprue Picker Mounting

LOG650 S9 Sprue
Shot weight(PS)Screw diameterClamping forceOpening strokeTie-Bar DistanceMold thicknessPump motor
625g58mm6500kN920mm970 x 900(mm)380-1010(mm)50.2 + 50.2kW

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Clamping Unit

LOG Clamping Unit

  • 1. The redesigned platens provide greater rigidity and expanded tie bar space, allowing for bigger molds and wider applications, resulting in improved cost-effectiveness.
  • 2. The optimized 5-point dual-toggle mechanism applies clamp force more directly to the molds, reducing cavity deformation and improving molding precision while providing efficient, energy-saving high force amplification.
  • 3. The moving and third plates’ pin hole limits relative movements, and its extended bearing distributes forces more evenly, leading to less wear and better rigidity and molding system precision.
  • 4. The modular ejector was repositioned and redesigned to offer more maintenance space for faster, easier disassembly and installation, and to improve parts ejection efficiency.
  • 5. The S9's operational efficiency has been improved due to the anti-tilting design of the moving plate’s runner and the extended guide bearing.
Injection Unit

LOG Injection Unit

  • 1. Injection unit adopts double-cylinder design, more higher injection pressure, more simpler structure and lower malfunction rate.
  • 2. Enlarged-cylinder, adopting two-cylinder design, effectively prevent the adhesive- material leaking phenomenon caused by the machine vibration or other reasons while the nozzle is under high-speed operation.
  • 3. The new graphite-impregnated steel bushings improve wear resistance through more effective use of lubrication, reducing the need for lubricating oil and enhancing the cleanliness of the injection part.
  • 4. Injection cylinder adopts low-frictional seals, improving the response rate and improve the stability under the complicated processes of injection.
  • 5. Bridge-style design, for different L/D ratio plasticizing parts.

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DRW_LOGIMM ServoSchematic
LOG Servo Drive
Servo Drive Features

LOG Servo Drive Features

  • The high-speed bus communication measures actual pressure and monitors multiple signals, driver output current, and load rate in real-time.
  • The medium-sized syringe with dual or multi-pump confluence uses advanced servo control technology to accurately synchronize the servo and hydraulic pump, ensuring smooth integration of multiple hydraulic pumps.
  • The enlarged power units increase pump flow and operating speed.
Electric power consumption

Effect Test Cases

LOG Effect Test Cases

The core advantages of LOG-S9
  • The increased width of high-rigidity platen produces a super-large tie bar space, allowing installation of bigger molds. Therefore, the molding system is more cost-effective for its wider applications.
  • The second advantage is the improvements at injection unit. The double-cylinder design generates super-large injecting pressure. It facilitates the process of parameters control, and improves the surface finishing of products, both interior quality and dimensional precision.
  • The third advantage is the enlarged power units, which increases pump flow and operating speed.

Test product: snack box
Material: PP
Weight: 21g
Wall thickness: 0.43mm
2 Cavities

Test condition
Three sets machines
Same oil pump displacement
Same settings
Processing several hours
Processing several hours
Oil temperature hold on 40 degrees

Images And Video

LOG-S9 Images and Video

Note: *The tonnage shown in the model number is in metric tons, equivalent to approximately 1.1 US tons. Please note when selecting a machine for your application.