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1.5kW-12kW Metal Sheet Fiber Laser Cutter HC Series - 3015HC
3015HC
Metal Sheet Cutting Systems
3015HC
Metal Sheet Cutting Systems
| Laser Power (kW): | 1.5-12 |
| Working Area (L*W,mm): | 3050*1530 |
| X/Y Axis Positioning Accuracy (mm): | ±0.05 |
| X/Y Axis Repositioning Accuracy (mm): | ±0.02 |
| Max No-load Speed (m/min): | 130 |
| Max Load of Platforms (kg): | 1100 |
| Overall Dimensions (L*W*H, mm): | 8520*2270*2180 |
| Power Supply: | Three-phase 380V, 50Hz/60Hz |
Fully-enclosed Model for Cutting Medium-thin Plate
This machine is designed for high-speed cutting of medium to thin plate. It features a fully enclosed structure and double exchange platforms for improved safety and efficiency during operation. Despite its advanced capabilities, the compact footprint makes it an ideal solution for customers who require higher power but have limited workshop space.
Fully Enclosed Model for Cutting Medium-Thin Plate
This machine is designed for high-speed cutting of medium to thin plate. It features a fully enclosed structure and double exchange platforms for improved safety and efficiency during operation. Despite its advanced capabilities, the compact footprint makes it an ideal solution for customers who require higher power but have limited workshop space.
Fully Enclosed Structure for Safety
Fully enclosed with sheet metal panels on all sides, a top cover, and a sealed lifting door, this design creates a controlled, stable, and safe working environment for operators while protecting the machine from external influences.
Intelligent Smoke-Free Dust Extraction System
The system automatically activates exhaust zones based on the cutting position, enabling segmented airflow control. Dual-channel extraction combined with a sealed base ensures efficient fume capture and cleaner, smoke-free laser cutting.
Panoramic Visual Monitoring
A built-in HD monitoring system minimises visual blind spots, allowing operators to observe the cutting process clearly and ensuring safe, stable operation at all times.
Vision-Based Nesting
Using a visual positioning system, the machine can identify and nest remaining material after cutting, helping maximise plate utilisation and reduce waste.
Automatic Nozzle Changing
Automatically swaps nozzles with different bore diameters to suit varying cutting requirements, improving efficiency and reducing manual intervention.
Precision Finish Cutting
Special end-of-path techniques help prevent burn-through and reduce dross, resulting in cleaner cuts and improved cutting accuracy.
Flash Piercing
Optimised blast pressure and rhythm enable rapid piercing of thick plates, significantly improving cutting speed.
Smooth Piercing
Monitors plate thickness and adjusts parameters in real time to achieve fast, stable piercing.
Progressive Piercing
Pierces thick plates in multiple controlled stages to regulate heat input and protect both the optical lens and the material.
Deslag Piercing
Automatically removes slag after piercing, improving surface finish and reducing the need for secondary grinding.
Smooth MicroJoint
Creates small micro-connections at the end of the cut to hold parts in place. These can be easily broken by hand and leave virtually no visible marks.
Jump Function
The cutting head automatically skips over finished parts to reduce idle travel time by up to 70% while protecting the cutting head.
Auto Edge Detection
Sensors automatically detect and calibrate the position and angle of the plate, improving both cutting accuracy and processing speed.
Countersink Cutting
Precisely controls laser energy and focus to create tapered or stepped holes, allowing screws to sit flush and improving assembly quality.
Manual Pneumatic Cantilever Loading Device