Horizontal injection molding machine ALLROUNDER S

hydraulicservo-hydraulicelectric

Overview
Want to work efficiently and use your injection moulding machine in a variety of ways? The hydraulic ALLROUNDER S machines can be precisely adapted to the task, offering modular, expandable machine technology with swivel clamping units and reversible injection units based on the ALLROUNDER principle.

Benefits at a glance

• Adaptable: Modular, expandable machine technology with a swivelling clamping unit and reversible injection unit allowing operation in the mould parting line.
• Expandable: Options include ARBURG servo hydraulics (ASH) productivity package or hydraulic accumulator technology; multiple hydraulic equipment variants are available to suit different injection moulding processes.
• Versatile: Wide range of applications and process-optimised solutions; machines can be configured to match specific production requirements.
• Comprehensive: ALLROUNDER S machines cover a wide range of sizes with modularity as a core principle.

Features

• Energy saving system (AES): Demand-based drive power reduces energy consumption, noise and wear.
• GESTICA control system: Efficient, ergonomic and intuitive control system with smart assistance functions for fast, reliable and simple operation.
• Adaptable drive systems: A selection of hydraulic technologies and electrical expansion stages lets you match machine and application exactly.
• Servo hydraulics (ASH): Speed-controlled, water-cooled servo motor that adapts to actual power requirements for energy-efficient operation with low emissions.

Part examples

• FDC housing: Fibre direct compounding (FDC) to produce stable, lightweight housings made of PP with long glass fibres.
• Steering wheel trim: Design parts for car interiors (PC / PC-ABS) with options for galvanisation when appropriate materials are used.
• Angle-of-rotation sensor: Fully automated production where magnetic disc, platform and protective cap are injection-moulded into a single functional component without downstream assembly.

caractéristiques / spécifications techniques

• ALLROUNDER 920 S Clamp-Design Multi-component: Distance between tie bars: 920 x 920 mm
  Clamping force: 5000 kN
  Injection unit (examples): 2100, 3200, 4600 (horizontal); vertical injection units listed: 70, 100, 170, 290, 400.
• ALLROUNDER 920 S (EUROMAP): Distance between tie bars: 920 x 920 mm
  Clamping force: 5000 kN
  Injection unit (acc. to EUROMAP): 2100, 3200, 4600.
• ALLROUNDER 820 S Clamp-Design Multi-component: Distance between tie bars: 820 x 820 mm
  Clamping force: 4000 kN
  Injection unit (examples): 2100, 3200, 4600 (horizontal); vertical injection units listed: 70, 100, 170, 290, 400.
• ALLROUNDER 820 S (EUROMAP): Distance between tie bars: 820 x 820 mm
  Clamping force: 4000 kN
  Injection unit (acc. to EUROMAP): 2100, 3200, 4600.
• ALLROUNDER 720 S Clamp-Design Multi-component: Distance between tie bars: 720 x 720 mm
  Clamping force: 3200 kN
  Injection unit (examples): 1300, 2100, 3200 (horizontal); vertical injection units listed: 70, 100, 170, 290, 400.
• ALLROUNDER 720 S (EUROMAP): Distance between tie bars: 720 x 720 mm
  Clamping force: 3200 kN
  Injection unit (acc. to EUROMAP): 1300, 2100, 3200.
• ALLROUNDER 630 S Clamp-Design Multi-component: Distance between tie bars: 630 x 630 mm
  Clamping force: 2500 kN
  Injection unit (examples): 800, 1300, 2100 (horizontal); vertical injection units listed: 70, 100, 170, 290, 400.
• ALLROUNDER 630 S (EUROMAP): Distance between tie bars: 630 x 630 mm
  Clamping force: 2500 kN
  Injection unit (acc. to EUROMAP): 800, 1300, 2100.