Automatic Stone Setting Machine for Jewelry and Accessories

automatic stone setting machine for Jewelry and Accessories

This Automatic Stone Setting Machine (also known as a Diamond Setting Machine or Jewelry Stone Setting Machine) is an intelligent, vision-based system designed for high-precision adhesive application and stone placement. It is primarily applied to fill epoxy doming glue and set various shapes and sizes of diamonds or crystals onto a wide range of decorative items, including fashion jewelry, accessories, watches, artificial nails, badges, and car number plates.

Equipped with advanced machine vision, this stone setting machine for jewellery intelligently recognizes the position, face, or base of each stone. It ensures precision through visual positioning, which adjusts the picked diamonds to the correct orientation and places them onto the workpiece accurately.

Key Advantages & Benefits:

• Unmatched Precision: Machine vision intelligently identifies each stone's location and orientation. Visual positioning ensures diamonds are adjusted to the right direction and placed with pinpoint accuracy on the workpiece.

• Superior Quality Control: Intelligent detection actively recognizes missed pick-ups, placement errors, and unqualified processing. This built-in inspection drastically improves final product quality and prevents costly misprocessing.

• Operational Flexibility: The functions of glue dispensing and diamond placement can be used singly or jointly within the same automatic stone setting machine, offering adaptability for different production stages and product designs.

• Enhanced Productivity: The system's intelligence automatically plans the most efficient route for both dispensing and stone-setting operations. This optimized workflow significantly boosts production efficiency compared to manual or semi-automated methods.

• Consistent Output & Reduced Labor: By automating the core tasks of a Diamond Setting Machine, it ensures consistent, high-quality results batch after batch while reducing reliance on highly skilled manual labor and associated variability.