Equipment Features

1. Six-sided full inspection: A single loading process simultaneously performs 360° full-area appearance inspection, including the front, sides, top, bottom, chamfers, and threaded ends, ensuring no blind spots or missed inspections.

2. No flipping or multiple positioning required: Fast cycle time and high throughput, far superior to manual visual inspection and ordinary single-sided inspection machines.

3. Pure visual imaging: No scratches, deformation, or wear; suitable for precision hardware, fasteners, shafts, small structural parts, and other products with high appearance requirements.

4. Comprehensive defect detection: Consistently detects various appearance defects such as scratches, dents, burrs, missing materials, deformation, dirt, color difference, flash, cracks, and tooth damage.

5. High-definition camera + dedicated six-sided prism optical system: Unaffected by human fatigue, emotions, or eyesight, ensuring stable and controllable quality.

6. Automatic OK/NG judgment: Automatically sorts good and bad products, preventing defective products from leaving the factory and reducing customer complaints and rework costs.

Equipment Features

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.

Equipment Features

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. Measures flatness, warpage, parallelism, height difference, and deformation, providing comprehensive point analysis to eliminate missed local defects.

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 factory.

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

Equipment Features

1. Replaces manual loading, unloading, and handling; one person can operate multiple machines, significantly reducing labor costs.

2. The equipment operates continuously without downtime or interruption, increasing productivity by 30%–100% compared to manual operation.

3. Precise positioning and uniform movements eliminate human error, bumps, and scratches, resulting in higher and more stable yield rates.

4. Human-machine separation and automatic loading/unloading eliminate the risk of workplace injuries, making it particularly suitable for hazardous workstations such as punching, die casting, grinding, and high-temperature environments.

5. Retains original machine functions; only an automatic loading/unloading mechanism is added, preserving the investment in old equipment and allowing for future integration into a complete production line.

Equipment Features

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.

Equipment Features

1. Replaces frequent manual loading and unloading, reducing the number of operators and significantly lowering long-term labor costs.

2. Equipment operates without downtime, waiting, or human fatigue, greatly increasing uptime and productivity by 30%–100% compared to manual methods.

3. Precise positioning and consistent loading/unloading prevent bumps, scratches, and clamping errors, resulting in better dimensional consistency and higher yield.

4. Automated, gentle loading and unloading reduces workpiece collisions, clamping, and deformation, extending tool and equipment lifespan.

5. Human-machine separation, automatic door opening and closing, and automatic loading/unloading eliminate hand pinching, machine collisions, and injuries from high temperatures/metal filings.

6. Applicable to CNC lathes, machining centers, grinding machines, drilling and tapping machines, gear hobbing machines, Swiss-type lathes, and other machining equipment.

7. No need to replace the main machine; only add a robotic arm/gantry for loading and unloading, resulting in a short modification cycle, low investment, and quick returns.

8. Enables production statistics, uptime monitoring, and anomaly alarms, laying the foundation for subsequent automated production lines and MES (Manufacturing Execution System).

Equipment Features

1. High-precision capacitor testing, capable of measuring capacitance value, loss angle (D) value, equivalent series resistance (ESR), and other parameters, with stable and highly consistent data.

2. Automatic grouping by capacitance value range and accuracy level, one-click setting eliminates manual errors and omissions.

3. Employs professional testing fixtures for reliable contact, preventing scratches and damage to components, suitable for precision components such as chip capacitors and inductors.

4. Continuous feeding, automatic testing, and automatic unloading, resulting in a fast cycle time and high throughput, far exceeding the efficiency of manual multimeter sorting.

5. Automatically saves test data, pass rates, and range distribution, supporting report export for quality traceability and customer approval.

6. One-click parameter recall allows for quick adaptation to different specifications and sizes of capacitors/components, suitable for multi-variety batch production.