Automatic MLCC Coding Machine

Overview of Main Equipment Functions:

a) YISENRONG Automatic MLCC Coding Machine works in an automatic loading and unloading mode. The operator puts the wafers into the silo.

b) The product is grabbed by the handling axis and fixed on the XY platform by vacuum adsorption.

c) The camera identifies the positions of 4 positioning pin holes of the product and then codes.

After the coding is completed, the product is automatically unloaded.

Equipment Dimensions: 1000*800*1800

Safety Precautions for Mechanical Equipment Operation:‌

A. Properly wear protective equipment.‌

‌B. Conduct equipment safety inspections.‌

‌C. Follow operating procedures and risk mitigation measures:‌

Do not touch moving parts (e.g., cutters, pulley wheels) with hands.

Do not adjust, measure, or clean debris by hand during operation.

For multi-person collaborative operations, clarify division of responsibilities to avoid accidental activation of control devices.

D. Equipment maintenance and emergency preparedness:‌

Perform regular maintenance and upkeep.

Clean equipment after use; inspect worn parts (e.g., cutters, bearings) and replace them promptly.

Regularly test safety devices (e.g., protective covers, emergency stop switches); unauthorized removal is prohibited.

E. Emergency response:‌

In case of sudden malfunction or accident, immediately cut off power and report the incident; do not attempt to repair equipment while it is running.

Delivery period: 90 days.

FAQ

Will the performance be affected after marking?

No. The ultraviolet laser heating has very little impact and will not damage the ceramic dielectric, internal electrodes or terminals of the MLCC, nor will it affect its electrical performance.

Can it be integrated with our existing MES system in the factory?

OK. Provide standard communication interfaces and protocols, and have successful integration cases with mainstream MES/ERP systems, enabling automatic upload of marking data and receiving of instructions.

Can the marking speed meet the requirements of high-speed production lines?

Yes. The online laser marking machine uses high-speed scanning with a galvanometer and flying marking technology. It can mark continuously moving components without any pause, and the speed is fully compatible with high-speed production lines of several hundred per minute.

How to choose a marking device for different materials of MLCC (such as ceramic, epoxy resin packaging)?

Laser marking: Widely applicable to ceramics, glass, most plastics, metals, etc. Ultraviolet lasers are more effective for heat-sensitive materials, high-reflectivity materials such as untreated metals, and scenarios that require extremely low thermal impact. Fiber laser is more suitable for metal casings or scenarios requiring deeper marking.

UV inkjet coding: Suitable for materials with extremely smooth surfaces that require no raised sensation after marking, or scenarios where different color markings are needed.