Menu

OEM & ODM Bridal Jewelry Manufacturing

OEM & ODM Bridal Jewelry Manufacturing

Wimizo is a Shenzhen-based manufacturer specializing in solid 14K/18K gold bridal jewelry with CVD lab-grown diamonds. We work with jewelry brands, bridal retailers, wholesalers and private-label studios worldwide — from your drawings to a finished, retail-ready collection.

What we make

  • Full bridal pieces: engagement rings, wedding bands, necklaces, pendants, earrings, bracelets and hairpieces
  • Complete bridal collections — 5-piece, 9-piece, 11-piece and 13-piece sets
  • Chinese, European and American bridal styles, plus custom design development

Three craft standards on every piece

  • Yonggu precision inlay — stones are set to stay in place
  • Nickel-free processing — gentle on sensitive skin
  • Mirror plating polish — high-reflectivity finish with a lasting shine

OEM service — your designs

Send us your drawings, reference photos, CAD files or original samples. We handle stone sourcing, metalwork, setting, polishing, quality inspection and packing to your specification.

ODM service — our designs, your brand

Choose from our existing bridal collections and customize them for your market: metal color (14K/18K yellow, white or rose gold), diamond size, color and setting style, plus engraving and packaging.

Why brands work with us

  • Deep partnerships across the Shuibei (Shenzhen) supply chain — CVD diamond growers, colored CVD specialists, precision setting workshops and plating partners
  • Every piece is inspected manually before shipment
  • Sample orders supported; production lead time confirmed after specification review

How to start

  1. Send your inquiry with drawings, photos, or the collection you are interested in
  2. We confirm specification, quantity and quotation
  3. Sample or CAD confirmation
  4. Production, quality inspection and shipping

Contact us
Email: weiye970@gmail.com
WhatsApp: Wimizo Jewelry
Tel: +86 130 7786 3747

Nginx server needs to configure pseudo-static rules, click View configuration method