Horizontal injection molding machine ALLROUNDER ALLDRIVE

electricservo-electricfor liquid silicone rubber

Overview
The ALLROUNDER ALLDRIVE series comprises electric injection moulding machines with clamping forces from 350 to 5000 kN. Designed for compact installation and energy-efficient production, these machines target high-precision and high-volume applications across medical technology, packaging, mobility and other industrial sectors.

Benefits at a glance

• High precision: Electric drive concept with reproducible injection control suitable for technical and medical parts.
• Flexible performance: Multiple equipment levels (COMFORT / PREMIUM / ULTIMATE) to match process requirements and throughput.
• Resource efficient: Slim footprint and short dry cycle times optimized for mass production.
• High speed: Kinematically coordinated toggle-type clamping unit and simultaneous axis movements enable very short cycle times.

Performance variants (overview)
COMFORT | PREMIUM | ULTIMATE
Performance comparable to standard hydraulic machines. | Extension of COMFORT with additional functions. | Extension of PREMIUM for high-speed and demanding processes.
Target: technical parts | Target: broad range of applications | Target: high-speed, challenging processes
Energy-efficient operation | Dry cycle times up to 15% shorter | Dry cycle times up to 25% shorter
Reproducible injection with aXw Control ScrewPilot | GESTICA and servo-electric mould-height adjustment standard | ULTIMATE+ option with injection speeds up to 400 mm/s
COMFORT+ option with increased injection speeds | Expanded equipment for special and multi-component processes | (—)

Features

• Drives: Liquid-cooled servo-electric main drives designed for long, stable operation with low maintenance.
• Ease of use: Compact, slim layout and intuitive GESTICA control for fast set-up and safe operation.
• Injection unit: Swivelling injection unit allows screw removal without dismantling the barrel module for quick maintenance.
• Control: GESTICA controller with ergonomic UI and smart assistance functions to simplify process setup and troubleshooting.

Part examples / Applications

• UVEX one-piece eyewear — integrated production without assembly for automated lines.
• Micro caps (LSR) — micro parts down to ~0.008 g produced in compact cells for medical and mobility applications.
• Flat drippers — fine-structure irrigation components manufactured on electric ALLROUNDERs.

Technical data / Machine models (examples)

• ALLROUNDER 920 A — Distance between tie bars: 920 x 920 mm; Clamping force: 5000 kN; Injection unit (EUROMAP): 1300, 2100.
• ALLROUNDER 820 A — Distance between tie bars: 820 x 820 mm; Clamping force: 4000 kN; Injection unit (EUROMAP): 1300, 2100.
• ALLROUNDER 720 A — Distance between tie bars: 720 x 720 mm; Clamping force: 3200 kN; Injection unit (EUROMAP): 800, 1300, 2100.
• ALLROUNDER 630 A — Distance between tie bars: 630 x 630 mm; Clamping force: 2500 kN; Injection unit (EUROMAP): 800, 1300, 2100.
• ALLROUNDER 570 A / 570 A Multi-component — Distance between tie bars: 570 x 570 mm; Clamping force: 2000 kN; Injection units examples: horizontal 400, 800, 1300; vertical 70, 170, 290.
• ALLROUNDER 520 A / 520 A Multi-component — Distance between tie bars: 520 x 520 mm; Clamping force: 1500 kN; Injection units examples: horizontal 290, 400, 800; vertical 70, 170, 290.

Characteristics / Specifications

• Clamping force range: approx. 350 to 5000 kN across the series.
• Kinematically coordinated toggle-type clamping unit enabling simultaneous movements and high cycle speed.
• Liquid-cooled servo-electric main drives and optional servo-hydraulic secondary axis for multi-axis simultaneous movement.
• Swivelling injection unit allowing screw removal without dismantling the barrel module.
• GESTICA control system with ergonomic interface and assistance functions.
• Performance variants: COMFORT / PREMIUM / ULTIMATE (and + variants) for different injection speed, cycle time and multi-component requirements.
• Optimised for energy-efficient operation and short dry cycle times in high-volume production.