1. The mesh cage features a built-in flexible mesh plate, vacuum adsorption, and rolling. Air is expelled while pressing during bonding, completely eliminating air bubbles and indentations at both ends, resulting in a significantly higher yield rate than ordinary rolling processes.

2. The flexible mesh plate makes flexible contact with the rollers, avoiding direct scratching of the product surface. Pressure is evenly distributed, preventing roller indentations, water ripples, and glass breakage.

3. Equipped with a CCD vision system and an XYR alignment platform, alignment accuracy reaches ±0.02~0.1mm, meeting the requirements of narrow bezels/full-screen displays.

4. Full-area vacuum adsorption + servo rolling ensures consistent pressure across the entire surface, resulting in excellent flatness after lamination.

1. Dual-purpose machine covering all processes: It simultaneously performs vacuum chamber lamination and rolling lamination, allowing for both processes to be completed on a single machine, reducing product transfer.

2. Dual-station alternating loading and unloading allows for parallel vacuum/rolling processes.

3. No need to purchase separate vacuum machines and rolling machines, saving equipment, space, labor, and maintenance.

4. Supports soft-to-soft, soft-to-hard, hard-to-hard, curved/flat surfaces, offering exceptional versatility.

5. Suitable for automated production lines requiring high yield, high efficiency, and multi-product compatibility.

1. The mesh box features a built-in flexible mesh plate + vacuum adsorption + rolling, pressing and venting simultaneously during bonding to completely eliminate air, resulting in no air bubbles or indentations at either end, significantly improving yield compared to ordinary rolling.

2. The flexible mesh plate and rollers make flexible contact, avoiding direct scratching of the product surface. Pressure is evenly distributed, preventing roller indentations, water ripples, and glass breakage.

3. Equipped with a CCD vision + XYR alignment platform, alignment accuracy reaches ±0.02~0.1mm, meeting the requirements of narrow bezels/full-screen displays.

4. Full-area vacuum adsorption + servo rolling ensures consistent pressure across the entire surface, resulting in excellent flatness after bonding.

5. The turntable design allows for simultaneous loading, unloading, and bonding, eliminating waiting time and idle strokes.

1. Wide range of applicable auxiliary materials: Suitable for bonding adhesives, foam, conductive cloth, heat sinks, graphite sheets, protective films, Mylar sheets, and other precision auxiliary materials.

2. Multi-strip, multi-station structure: Loading and unloading do not disrupt cycle time, resulting in high throughput and labor savings.

3. High degree of automation: Supports feeder feeding, automatic film tearing, waste material rewinding, CCD inspection, and robotic loading and unloading, reducing manual intervention.

4. Sturdy structure, low failure rate: High-rigidity frame + precision transmission ensures consistent accuracy over long-term operation, simple maintenance, and long service life.

5. Quick changeover, strong versatility: Formula parameters can be stored and recalled with one click; fixture replacement is simple, suitable for multi-variety, small-batch, high-frequency production changes.

1. Rotary design allows for simultaneous loading, assembly, fastening, unloading, and inspection, operating continuously without idle time, significantly increasing capacity compared to linear and single-station systems.

2. Can be enhanced with CCD vision, barcode scanning, and defective product rejection functions, creating a multi-functional integrated workstation.

3. Servo electric screwdrivers precisely control torque, depth, and number of turns, ensuring uniform fastening without slippage, loose fastening, or misalignment, resulting in high yield and consistency.

4. One-click storage and recall of program parameters adapts to different product models, suitable for multi-variety, high-volume production.

5. Centralized layout, small footprint, easily integrates with production lines and robotic arms to form a fully automated production line.

1. Employs optical inspection methods such as laser, spectroscopy, and vision, ensuring non-contact, pressure-free, deformation-free, and scratch-free operation, perfectly adapting to fragile components such as thin sheets, flexible circuit boards, coated surfaces, and glass.

2. Micron-level measurement accuracy, high repeatability, unaffected by manual techniques or force, with data consistency far exceeding that of dial indicators and calipers.

3. Outputs multiple indicators such as thickness, thickness difference, flatness, warpage, and parallelism in a single scan, offering comprehensive functionality.

4. With no contact pins or probes, ensuring consistent accuracy over long-term use and extremely low maintenance costs.

5. Automatic alarm, recording, and sorting for out-of-tolerance checks, preventing defective products from leaving the site.

6. Automatically saves measurement data, waveforms, and images, supporting SPC analysis and report export, facilitating customer factory audits, quality traceability, and system audits.

1. No manual material loading or unloading required; one person can oversee multiple machines, significantly reducing labor costs and minimizing human error.

2. Material loading, welding, and unloading are performed simultaneously, eliminating waiting time and idle periods, making it suitable for large-scale continuous operations with a significantly higher throughput than manual welding.

3. Laser energy, trajectory, and speed are fully CNC controlled, resulting in uniform welds with minimal deformation, no incomplete welds, and no missed welds, leading to high yield and strong consistency.

4. Small heat-affected zone, suitable for precision parts, thin-walled parts, and small structural components, without damaging the appearance or internal components.

5. Servo platform + optional CCD vision positioning ensures precise and offset weld positioning, meeting the requirements of high-precision products.

6. Equipped with safety protection and a fume purification system; user-friendly interface, allowing beginners to quickly learn and operate without the need for experienced welders.

1. Low investment, quick results: Upgrading to automation without replacing existing equipment results in significantly lower costs and a shorter payback period compared to building a new production line.

2. Revitalizes older equipment, avoiding redundant purchases and improving equipment utilization and lifespan.

3. Automates loading, unloading, transfer, inspection, and sorting, reducing reliance on manual labor; one person can manage multiple production lines.

4. Streamlined processes and optimized cycle times reduce waiting time, idle time, and manual handling, resulting in a significant increase in overall production capacity.

5. Unified actions, precise positioning, and standardized parameters reduce human error, bumps, and scratches, leading to greater product consistency.

6. Automates high-risk, repetitive, and high-intensity workstations, isolating workers from machines and reducing workplace injuries and safety risks.

7. Connects to data acquisition, production statistics, and SPC quality analysis, meeting the needs of digital management and customer factory audits.

8. Transforming old production lines into automated lines comprehensively upgrades workshop image, delivery capabilities, and order-taking strength.