Our Process

Precision. Partnership. Perfection.

At Bio Ceramic Dental Designs, we believe great results start with a great process. From digital scan to final delivery, every step is handled with care, communication, and craftsmanship. Our goal is to make working with us simple, efficient, and reliable — so you can focus on your patients while we bring their smiles to life.

See Our Work
Hands holding a dental prosthetic or crown with dental lab tools and materials on a work surface.

Intraoral Scan Files

We receive digital intraoral scan files from your office, providing precise 3D images of your patients’ teeth & gums. These files allow us to design accurate crowns, bridges, and implants with speed & precision.

State of the Art Technology

  • Close-up view inside a laboratory machine with two glass chambers and metal components, possibly part of a scientific or medical device.

    In-House Milling Machines

    High-precision in-house milling machines used to carve restorations from blocks of ceramic, zirconia, or other materials.

  • 3D digital model of a set of human teeth and gums on a blue grid background.

    CAD/CAM Systems

    Computer-aided design and manufacturing systems for designing and milling precise crowns, bridges, and implants.

  • Dental molds and models of teeth on a gray surface.

    Exocad

    A powerful CAD software used to design crowns, bridges, dentures, and implants with precision, efficiency, and flexibility.

Laboratory equipment for 3D printing or manufacturing, including a white machine labeled 'K5+', a red machine labeled 'SilaMill T5', a computer monitor, a laptop, a keyboard, and a mouse on a gray table.

Laboratory equipment for 3D printing or manufacturing, including a white machine labeled 'K5+', a red machine labeled 'SilaMill T5', a computer monitor, a laptop, a keyboard, and a mouse on a gray table.

A close-up view of a tissue dispenser with a blue cover, showing tissues inside.

A close-up view of a tissue dispenser with a blue cover, showing tissues inside.

A person working at a computer desk with a monitor displaying a digital board game, a 3D printer nearby, and a small tool or object on the desk.

A person working at a computer desk with a monitor displaying a digital board game, a 3D printer nearby, and a small tool or object on the desk.

An orange 3D printer with a partially printed object on the top platform and a screen at the bottom displaying a question about the print's appearance.

An orange 3D printer with a partially printed object on the top platform and a screen at the bottom displaying a question about the print's appearance.

3D dental scan showing upper and lower teeth, some missing teeth, and dental implants.

3D dental scan showing upper and lower teeth, some missing teeth, and dental implants.

A digital rendering of a set of teeth with dental implants and missing teeth, featuring artificial, metal, and pink gum materials.

A digital rendering of a set of teeth with dental implants and missing teeth, featuring artificial, metal, and pink gum materials.

Laboratory setup with two large machines labeled K5+ and Siladent T5, connected to a computer and a laptop displaying software interfaces. The machines have illuminated windows showing internal components, and the workspace is organized on a gray cou

Laboratory setup with two large machines labeled K5+ and Siladent T5, connected to a computer and a laptop displaying software interfaces. The machines have illuminated windows showing internal components, and the workspace is organized on a gray counter with a keyboard and mouse.