Cost of Setting Up a Digital Dental Lab
Short answer
The cost of setting up a digital dental lab is not a single figure; it breaks into four parts: scanner, milling machine, sintering furnace and software. On top of that sits cost of ownership — burs, blanks, coolant or filters, and spindle maintenance. Equipment prices are quoted rather than listed because they track the current exchange rate.
"How much does it cost to set up a digital dental lab?" doesn't have a single answer, because it depends on the scope of your work and the quality of the equipment you choose. But the cost can be broken into clear categories so you can budget more accurately.
The main cost components
1. Scanner (intraoral or lab)
The heart of the digital chain. Depending on the type and generation, prices vary widely. It's important to factor in software cost alongside the device price.
2. CAD/CAM milling machine
Cost changes based on the number of axes (4 or 5), whether it's dry or wet milling, and spindle power. For zirconia, dry milling is usually enough.
3. Sintering furnace
Needed for the final firing of zirconia. Capacity and support for fast cycles affect price.
4. Software and consumables
Design software licensing, zirconia blocks, coloring liquid and glaze, and burs and accessories are all ongoing costs.
Should you buy everything at once?
No. Many labs equip themselves in phases: first a scanner and design (with milling outsourced), then adding milling and a furnace as work volume grows. This approach lowers investment risk.
Tip: instead of chasing "the cheapest components," focus on "component compatibility and support" — the hidden cost of incompatibility outweighs any upfront discount.
Further reading
To understand the full chain, see What is Dental CAD/CAM, and to get started, read Setting Up a Digital Dental Lab.
Dentiva's recommendation
Based on your budget and work volume, Dentiva suggests a matching package (scanner, milling, furnace and materials) and can equip your lab in phases. Message us for a cost estimate.
Total cost of ownership, not just the purchase price
Budgeting for a digital lab usually looks only at the price of the machines. But the real cost over the coming years also comes from four other places:
Consumables — blanks, burs, coloring liquid and glaze powder; an ongoing, predictable cost.
Wear parts — the milling spindle and the furnace element. The biggest unexpected line item; ask about their lifespan and replacement cost before you buy.
Software — if it runs on an annual subscription, over five years it can add up to more than the price difference between two devices.
Downtime cost — every day a machine is down, cases fall behind. Support response speed is a real cost, even if it never shows up on an invoice.
Where you can cut costs, and where you can't
You can: start in phases and outsource milling until volume justifies it; choose 4-axis if you don't do implant work; use white blanks for posterior work instead of multilayer.
You can't: skimp on furnace temperature control and element quality — a temperature error ruins the case; skimp on spindle quality — its accuracy loss is gradual and hidden; or skip training — a machine your team doesn't know how to use is dead capital.
Frequently asked questions
How much does it cost to set up a digital lab?
It depends on the scope of work you want to cover, and since the equipment is imported, it also depends on exchange rates. Message us on WhatsApp for an estimate matched to your work volume.
Can I start in phases?
Yes, and it's usually the smartest path: start with a scanner and outsource milling, then add a milling machine and furnace once your work volume justifies it.
Which costs are usually forgotten?
The air compressor, wear parts like the spindle and furnace element, software subscriptions if applicable, and consumables.
Where should I not try to save money?
Furnace temperature control accuracy, spindle quality, and team training. Cutting corners on these three ends up costing several times more later.
Key takeaways
- See the cost in four parts: scanner, milling, furnace, software.
- Cost of ownership — burs, blanks, maintenance — is significant long-term.
- Economising on the spindle and the furnace usually costs more later.
- Clarify annual software licensing before purchase.
- Phased equipping spreads the initial capital pressure.