Its servo-driven mechanism delivers superior dynamic response compared to traditional hydraulic systems, ensuring consistent core alignment even at higher processing speeds. This translates to improved product quality and increased throughput for plywood manufacturers focusing on efficiency.
Parameter | Details |
Drive System | 4b3L Servo Motors (3-axis) |
Processing Speed | 20–25 pieces per minute |
Positioning Accuracy | ±0.3mm |
Applicable Core Width | 100mm – 1200mm |
Power Requirement | 7.5kW (380V/50Hz) |
Machine Weight | 2200kg |
Operating Humidity | 30% – 80% (non-condensing) |
Control System | Advanced PLC with servo synchronization |
The 4b3L servo motor system enables real-time adjustment of each working unit, with a response time of less than 0.1 seconds. This ensures cores are aligned with ±0.3mm accuracy—critical for high-grade plywood where even minor gaps can compromise performance.
Three independent working units operate in parallel, each managed by the servo system to handle different core segments simultaneously. This design increases processing speed to 20–25 pieces per minute, a 30% improvement over single-unit machines.
Integrated sensors monitor motor performance, alignment accuracy, and material flow. Alerts are displayed on the touchscreen interface, allowing operators to address issues (e.g., jammed cores, misalignment) before they affect production quality.
Each working unit is modular, simplifying maintenance and part replacement. This reduces downtime, with average repair times for minor issues limited to 30 minutes or less.
Servo motors consume energy only during active movement, reducing power usage by 25% compared to continuous-run hydraulic systems. This efficiency is particularly valuable for facilities with high daily operating hours.
Perfect for large-scale factories producing over 5,000 plywood sheets daily, where speed and consistency are paramount to meeting delivery deadlines.
Used in manufacturing high-precision plywood for aerospace, marine, and automotive industries, where core alignment directly impacts structural performance under extreme conditions.
Ideal for composing cores with 5+ layers, such as those used in heavy machinery flooring or industrial workbenches, where uniform layer distribution is critical.
Meets strict international quality standards (e.g., EN 13986, APA Performance Standards), making it suitable for plywood exported to markets with rigorous inspection requirements.
Servo systems provide faster response times, higher positioning accuracy (±0.3mm vs. ±1.0mm for hydraulics), and lower energy consumption, especially during variable production loads.
It is optimized for rectangular core pieces. For irregular shapes, a pre-processing step to standardize dimensions is recommended to ensure optimal alignment.
Basic training (typically 2–3 days) covers interface navigation, parameter adjustment, and routine troubleshooting. Advanced training for maintenance staff is available upon request.
Yes, optional IoT integration allows real-time performance monitoring via a secure web portal, enabling managers to track throughput and address issues remotely.
CXCT-4b3L（Fully Servo） | |||
Overall Dimensions (L×W×H) | 13.6m*4.3m*2.6m | ||
Total Footprint (with standard receiving rack) | 15.6m*6.3m | ||
Total Power Consumption | 35kW | Performance (Line Speed) | 36m/min |
Feed Thickness | 1.2-4.0mm | Output Board Dimensions (Standard) | 4'*4' 4'*8' |
Air Consumption | 320L/min | weight | T |
Layout Drawing
Its servo-driven mechanism delivers superior dynamic response compared to traditional hydraulic systems, ensuring consistent core alignment even at higher processing speeds. This translates to improved product quality and increased throughput for plywood manufacturers focusing on efficiency.
Parameter | Details |
Drive System | 4b3L Servo Motors (3-axis) |
Processing Speed | 20–25 pieces per minute |
Positioning Accuracy | ±0.3mm |
Applicable Core Width | 100mm – 1200mm |
Power Requirement | 7.5kW (380V/50Hz) |
Machine Weight | 2200kg |
Operating Humidity | 30% – 80% (non-condensing) |
Control System | Advanced PLC with servo synchronization |
The 4b3L servo motor system enables real-time adjustment of each working unit, with a response time of less than 0.1 seconds. This ensures cores are aligned with ±0.3mm accuracy—critical for high-grade plywood where even minor gaps can compromise performance.
Three independent working units operate in parallel, each managed by the servo system to handle different core segments simultaneously. This design increases processing speed to 20–25 pieces per minute, a 30% improvement over single-unit machines.
Integrated sensors monitor motor performance, alignment accuracy, and material flow. Alerts are displayed on the touchscreen interface, allowing operators to address issues (e.g., jammed cores, misalignment) before they affect production quality.
Each working unit is modular, simplifying maintenance and part replacement. This reduces downtime, with average repair times for minor issues limited to 30 minutes or less.
Servo motors consume energy only during active movement, reducing power usage by 25% compared to continuous-run hydraulic systems. This efficiency is particularly valuable for facilities with high daily operating hours.
Perfect for large-scale factories producing over 5,000 plywood sheets daily, where speed and consistency are paramount to meeting delivery deadlines.
Used in manufacturing high-precision plywood for aerospace, marine, and automotive industries, where core alignment directly impacts structural performance under extreme conditions.
Ideal for composing cores with 5+ layers, such as those used in heavy machinery flooring or industrial workbenches, where uniform layer distribution is critical.
Meets strict international quality standards (e.g., EN 13986, APA Performance Standards), making it suitable for plywood exported to markets with rigorous inspection requirements.
Servo systems provide faster response times, higher positioning accuracy (±0.3mm vs. ±1.0mm for hydraulics), and lower energy consumption, especially during variable production loads.
It is optimized for rectangular core pieces. For irregular shapes, a pre-processing step to standardize dimensions is recommended to ensure optimal alignment.
Basic training (typically 2–3 days) covers interface navigation, parameter adjustment, and routine troubleshooting. Advanced training for maintenance staff is available upon request.
Yes, optional IoT integration allows real-time performance monitoring via a secure web portal, enabling managers to track throughput and address issues remotely.
CXCT-4b3L（Fully Servo） | |||
Overall Dimensions (L×W×H) | 13.6m*4.3m*2.6m | ||
Total Footprint (with standard receiving rack) | 15.6m*6.3m | ||
Total Power Consumption | 35kW | Performance (Line Speed) | 36m/min |
Feed Thickness | 1.2-4.0mm | Output Board Dimensions (Standard) | 4'*4' 4'*8' |
Air Consumption | 320L/min | weight | T |
Layout Drawing
