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UDGOK - Upscale Development Group
Modern orthodontic office interior with open bay treatment area and digital integration in Tulsa, Oklahoma
Orthodontic Specialists

Orthodontic Office Construction

Purpose-built spaces for modern orthodontics — from open bay treatment areas to Invisalign scan stations.

Medical Office ConstructionDental Office Build-OutOral Surgery CentersMedical Gas InstallationDesign-BuildVirtual Design & ConstructionTenant ImprovementsOklahoma · Texas
Quick Answer

UDGOK is the only Tulsa contractor specializing in orthodontic office construction. We build open bay treatment areas, integrate iTero/3Shape digital scanning workflows, and design 3D print labs purpose-built for aligners. Average cost: $150–$200/sf in Tulsa. We've completed 15+ orthodontic offices across Oklahoma. Call (918) 520-3823 for a free consultation.

Precision Execution

Orthodontic offices have fundamentally different space requirements than general dental practices. You need open treatment bays instead of enclosed operatories. Your patient flow moves 3× faster with shorter appointments. Your equipment includes iTero scanners, CBCT machines, and often an in-house 3D print lab. Most general contractors don't understand these differences — and you end up with a dental office that's been awkwardly converted for ortho. UDGOK builds purpose-designed orthodontic spaces from the ground up.

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15+
Orthodontic Offices Built
$165
Avg Cost Per Sq Ft
8-12
Chair Open Bay Configs
100%
On-Budget Delivery
Capabilities

What We Deliver

🪑
01

Open Bay Design

6, 8, 10, or 12-chair open treatment bays with optimal sight lines for doctor supervision. Column-free spans up to 40 feet using steel framing for unobstructed layouts.

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📱
02

Digital Workflow Integration

Built-in iTero and 3Shape scanner stations, CBCT alcoves with lead-lined walls, and dedicated data closets with Cat6a runs to every treatment position for cloud-based practice management.

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🖨️
03

In-House 3D Print Labs

Ventilated 3D print rooms with sealed flooring for resin containment, dedicated power circuits for Form 3B+ printers, and post-processing stations with UV curing chambers and IPA wash stations.

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🎮
04

Teen-Friendly Experience Zone

Gaming stations, phone charging bars, selfie walls with ring lighting, and Instagram-ready 'new smile' photo booths. Designed to make teens actually want to come to their appointments.

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🌊
05

Sterilization Center

OSAP-compliant sterilization workflows with one-way instrument flow: dirty → ultrasonic → rinse → autoclave → clean storage. Hands-free sinks, stainless steel countertops, and dedicated exhaust ventilation.

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🏥
06

Records & Consultation Suite

Private consultation rooms for treatment plan presentations with 55-65 inch displays, comfortable seating for parents and patients, and acoustic privacy for financial discussions.

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In-Depth Guide
Section 01

Why orthodontic offices need specialized construction

A general dental operatory is a private 10×12 room with one chair, one sink, one suction line, and one air line. An orthodontic treatment bay is a 40-foot open span with 8–12 chairs, shared vacuum/air manifolds, digital scanner stations at every other position, and a doctor who needs visual oversight of all patients simultaneously. The HVAC requirements are different (40+ people in an open space vs. 2 people per room), the plumbing is different (shared manifolds vs. dedicated chair plumbing), the electrical is different (data-first vs. power-first), and the patient flow is 3× faster. Contractors who build general dental offices and try to 'adapt' for ortho inevitably produce inefficient layouts with bottlenecked corridors and inadequate infrastructure. UDGOK designs ortho-specific spaces from day one.
Section 02

How to design an open bay treatment area for orthodontics

The ideal open bay uses column-free steel framing spanning 36–42 feet. Chairs are arranged in U-shape, L-shape, or linear configurations depending on floor plan geometry. Chair spacing is 5.5–6.5 feet center-to-center (tighter than general dental because ortho chairs are narrower). Each position gets: one vacuum drop, one air drop, one water drop, two power outlets, two Cat6a data drops, and one HDMI drop for a patient monitor. The doctor's path should allow visual contact with all chairs from any single position. UDGOK uses 3D walkthrough models to optimize doctor travel distance — our best layouts reduce average steps-per-patient to under 15.
Section 03

What does a modern orthodontic 3D print lab require?

An in-house 3D print lab for clear aligners requires: (1) a 10×12 minimum room with sealed flooring (epoxy or vinyl) for resin containment; (2) dedicated exhaust ventilation — 6 ACH minimum with activated carbon filtration for VOC removal; (3) two to four 20-amp dedicated circuits for printers (Form 3B+, SprintRay Pro 95); (4) a post-processing station with IPA wash (FormWash) and UV cure chambers (FormCure) on separate circuits; (5) a compressed air supply for drying; and (6) a stainless steel work surface with integrated sink. Cost: $15,000–$30,000 for the room build-out, excluding printers and consumables.
Section 04

Cost comparison: orthodontic office vs. general dental office construction

Orthodontic offices cost 10–15% less per square foot than general dental offices because: (1) open bays eliminate wall framing costs — you're building one large room instead of 6–8 separate operatories; (2) shared vacuum/air manifolds reduce plumbing costs by 30–40% compared to per-chair plumbing; (3) orthodontics requires no medical gas (nitrous oxide) — eliminating $8,000–$15,000 in piping. However, ortho offices require more infrastructure spending on data cabling, digital scanner stations, and wider HVAC systems for open-plan spaces. Net result: general dental costs $170–$250/sf in Tulsa; orthodontic offices cost $150–$200/sf.

The
Process

Our proprietary construction methodology eliminates surprises, protects your budget, and accelerates your opening date.

01

Discovery & Analysis

We comprehensively assess your clinical program, target real estate, zoning conditions, and specific regulatory requirements.

02

Design & Engineering

Our teams coordinate full construction documents with integrated real-time cost tracking to prevent ballooning budgets.

03

Construction Execution

Self-performed mechanical systems and rigorous site management ensure total quality control and adherence to schedule.

04

Commissioning & Turnover

We validate all medical systems, manage inspections, and fully orient your administrative staff to the new facility.

Common Questions

Frequently Asked

Orthodontic office construction in Tulsa costs $150–$200 per square foot. A standard 2,500 sq ft practice with 8 open bay chairs, a records room, consultation suite, and sterilization center costs $375,000–$500,000. Practices adding CBCT suites and in-house 3D print labs should budget an additional $30,000–$60,000 for lead-lined walls, dedicated electrical, and ventilation.
The three biggest differences are: (1) layout — orthodontics uses open treatment bays instead of enclosed operatories, requiring column-free spans and different HVAC zoning; (2) electrical — ortho offices need significantly more data/power drops per treatment position for scanners, monitors, and digital workflows; (3) flow — patient visit times average 15–30 minutes vs. 45–90 minutes in general dentistry, requiring wider corridors and faster patient turnover design.
The industry standard is 3–4 treatment chairs per doctor. A solo orthodontist typically needs 6–8 chairs. A two-doctor practice needs 10–14 chairs. UDGOK designs flexible open bay configurations that allow you to add 2–4 chairs without renovation by pre-roughing plumbing and electrical for future positions.
If you're producing clear aligners in-house (SureSmile, uLab, or proprietary), yes. An in-house 3D print lab reduces per-aligner cost from $15–$25 (outsourced) to $2–$5 (in-house) and cuts turnaround from 5–10 days to same-day. UDGOK builds ventilated, resin-safe print rooms with sealed flooring, dedicated 20A circuits, and UV curing stations.
At minimum: (1) Cat6a Ethernet to every chair position, (2) dedicated 20A circuits for iTero/3Shape scanners, (3) a 72×72 inch HVAC closet sized for server equipment, (4) HDMI/USB-C drops for patient-facing monitors at each chair, and (5) a CBCT alcove with lead-lined walls if placing imaging on-site. UDGOK pre-wires for all major practice management systems including Dolphin, OrthoFi, and Cloud 9.
Ground-up orthodontic office construction takes 4–6 months from permit issuance to certificate of occupancy. Tenant improvement build-outs take 3–4 months. UDGOK's design-build approach saves 4–6 weeks by overlapping architectural design, permit submittal, and equipment procurement.

UDGOK is a leading construction company in Tulsa, Oklahoma — delivering commercial, medical, dental, industrial, and retail projects across the Tulsa metro. Explore our complete guide to construction in Tulsa for costs, timelines, and building types.

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Project

We provide accurate feasibility analysis and cost modeling before you sign a lease. Contact our project directors today.

Call (918) 520-3823

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