HYBRID CL HYDROBLOCK for Long Stroke Plastic Production
Plastic parts requiring long stroke capability demand wider mold movement, high shot stability and a robust clamping architecture compared to standard injection systems. The HYBRID CL HYDROBLOCK injection platform delivers an optimized hybrid drive architecture and high mechanical stability specifically engineered for long stroke applications.
This machine architecture ensures stable production performance in processes involving deep molds, extended core structures and high material flow requirements.
Technical Capacity and Performance Range
The HYBRID CL HYDROBLOCK platform operates across a wide performance spectrum for long stroke production:
clamping force: 160 - 500 tons
extended opening stroke and deep mold compatibility
high shot volume and plasticizing capacity
servo-hydraulic hybrid drive system
high ejection force
These capabilities enable deformation-free and stable production of long-core and deep-wall plastic components.
Machine Advantages for Long Stroke Production
The HYBRID CL HYDROBLOCK architecture ensures process stability in long stroke applications:
extended mold opening distance
high-rigidity machine structure
stable clamping force distribution
low-vibration motion control
high shot-to-shot repeatability
This configuration provides a significant quality advantage for parts with high length-to-depth ratios.
Measurable Production Advantages
Hybrid hydroblock systems deliver quantifiable benefits in long stroke production:
10-25% improvement in cycle times
30-60% reduction in energy consumption
improved shot stability
10-20% reduction in scrap rates
increased process repeatability
These gains create substantial cost advantages in high-volume manufacturing environments.
Energy Efficiency and Hybrid Technology
Servo-controlled hydroblock systems provide:
demand-based pump operation
lower heat generation
reduced hydraulic losses
long-term stable operation
This results in significantly higher efficiency compared to conventional hydraulic machines.
Typical Long Stroke Product Applications
HYBRID CL HYDROBLOCK machines are used for the production of:
long tubes and cylindrical components
deep technical plastic parts
industrial housings
long filter bodies
long-core automotive components
electrical and infrastructure parts
Engineering and Product Performance
Machine stability is critical in long stroke production. The HYBRID CL HYDROBLOCK platform provides:
high mechanical strength
stable mold alignment
superior surface quality
reduced deformation risk
high dimensional accuracy
Automation and Smart Factory Integration
robot integration
automatic part handling
process data monitoring
remote service capability
Industry 4.0 communication infrastructure
This enables seamless integration into modern automated production environments.
HYBRID CL HYDROBLOCK Long Stroke Advantages
160-500 ton clamping force range
extended mold opening stroke
high shot capacity
servo-hydraulic hybrid energy efficiency
stable and repeatable production
high-rigidity machine structure
automation-ready architecture
lower operating costs
Strategic Value in Industrial Manufacturing
HYBRID CL HYDROBLOCK is not just an injection molding machine; it is an integrated production platform developed specifically for long stroke plastic component manufacturing.
With this technology, manufacturers can:
produce longer and more complex parts
reduce energy consumption
achieve stable process performance
improve product quality
gain stronger competitive advantage
In modern plastics manufacturing, hybrid hydroblock systems represent the intersection of performance, efficiency and sustainability for long stroke product production.