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Collaku ConsultingReply within 4 hours • Free consultation
We set up dental laboratories: scanners, milling units, sintering and porcelain furnaces, casting equipment, and the utilities that feed them. Power, compressed air, water, and exhaust are designed in from the start.
Installation of CAD/CAM systems, ceramic and zirconia furnaces, casting and milling equipment, with the ventilation and utility infrastructure they need.
Scanner, design station, and milling unit set up as a working pipeline. We install Sirona, 3Shape, and equivalent systems, configure the network so a scan reaches the mill in one click, and confirm spindle calibration on the first crown.
Zirconia sintering furnaces, porcelain furnaces, and pressing units. We run the dedicated electrical circuits, set the firing programs against the manufacturer recommendations, and verify chamber temperature with an external probe before handover.
Water, drainage, oil-free compressed air at the right CFM, and the electrical infrastructure each piece of equipment needs. We run the math before we run the cable, so you do not trip a breaker the first time the milling unit and the compressor run together.
Lab ventilation handles three problems at once: zirconia and metal dust at the trimming bench, fumes from porcelain firing, and heat from the furnaces. We install local exhaust at each source, HEPA and activated carbon stages on the return, and balance make-up air so the lab is not pulled negative against the rest of the clinic.
How this same expertise plays out on a real dental clinic project.
Recent articles on dental practice design, equipment and patient flow.
How cutting-edge design trends are transforming dental practices, improving patient outcomes, and boosting clinic efficiency through 2026.
How thoughtful design choices can significantly improve patient satisfaction and reduce dental anxiety.
How a lab installation runs from empty room to working production.
Site visit. We measure the room, list your equipment, check ceiling height for furnace exhaust, and confirm electrical capacity at the panel. Output is a layout proposal with utility schedule.
Electrical circuits, compressed air piping, water supply, drainage, and exhaust ducts. Each circuit is sized to the equipment that will sit on it, not a generic estimate.
Equipment is positioned, levelled, anchored where required, and connected. CAD/CAM, furnaces, casting, and ancillary equipment are commissioned in the order that lets us test each one against the next.
Mill spindle runout checked, scanner accuracy verified against a reference, furnace temperature probed at multiple points, and the ventilation balanced with an anemometer. Anything outside spec is corrected before handover.
Two to three sessions with the lab technicians: daily operation, maintenance, troubleshooting, and safety. We leave operator manuals, the as-built drawings, and a maintenance schedule on site.
Common questions about lab installation.
Other services often booked alongside this one.
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