ANSWERS

What makes a dental lab high quality?

A high-quality dental lab combines four measurable traits: a remake rate under 3%, named-technician accountability on every case, turnaround times stated in business days (not weeks), and a fully digital workflow from intraoral scan to milled or printed restoration.

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Why it works this way

The four traits that separate a high-quality lab from a generic one

Dentists ask this question because the cost of picking wrong is chair time. A remake means a second appointment, a frustrated patient, and a margin hit on a case that was supposed to close. The labs worth working with prove quality with numbers, not adjectives. Four traits matter, and they are all measurable before you ship your first case.

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How do I evaluate a dental lab before sending my first case?

Ask four questions in writing. What is your remake rate, measured how, over what window? Who is the technician on my case and how do I reach them directly? What is your committed turnaround per product category? Is your workflow fully digital from scan to delivery? A lab that answers all four with specifics is worth a trial case. A lab that hedges on any of them is telling you the answer. Send a single anterior crown first and measure fit, shade, and ship date against what they promised.

What is a good remake rate for a dental lab?

Industry surveys put the average crown and bridge remake rate at 5-7% (Inside Dental Technology, 2023). Anything under 3% is high-quality territory. Under 2% is exceptional and usually only achieved by labs with full digital workflows and named-technician accountability. Ask the lab how they measure it: remakes per 100 units shipped, tracked monthly, with the cause coded (fit, shade, occlusion, fracture). If they cannot break it down by cause, the number is marketing, not measurement.

Does a fully digital workflow actually produce better restorations?

Yes, when the lab has engineered the pipeline correctly. Digital scanning eliminates impression distortion, milled restorations hold tighter marginal fit than press-and-cast (often within 25-50 microns versus 80-120 for analog), and archived design files make remakes and future adjustments faster. The catch: a lab running digital tools on top of an analog mindset gets worse results, not better. The workflow has to be designed end to end, with technicians trained on the CAD side, not just the bench side.

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This answer is one piece of a larger workflow. The pillar page covers materials, turnaround, and how we build the case to your specification.

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