Digital.
Precise.
The future
of dentistry
is here.
Digital technology in dentistry is not an upgrade — it is a different standard of care. Sub-millimetre precision in implant placement. Same-day crowns milled in-clinic. Smile outcomes seen digitally before a tooth is touched. 3D-printed surgical guides. At Hassaan Dental Clinic, every major treatment pathway — implantology, restorative dentistry, smile design — runs on a fully integrated digital workflow.
From analogue guesswork
to digital precision.
Traditional dental workflows rely on physical impressions (tray + putty), plaster models, analogue X-rays, and laboratory communication via written prescriptions and couriered casts. Each handoff introduces variables — impression distortion, plaster expansion, communication ambiguity — that accumulate into inaccuracy at the final restoration. Digital dentistry replaces these analogue steps with data that doesn't distort, degrade, or get lost in translation.
A digital dental workflow at Hassaan Dental begins with CBCT 3D imaging for cases requiring bone and root data, followed by an intraoral digital scan replacing physical impressions. The data feeds directly into planning software — Digital Smile Design for aesthetic cases, implant planning software for surgical cases, or CEREC CAD/CAM for restorative cases. The planned restoration or surgical guide is either milled in-clinic (CEREC zirconia crowns, same day) or 3D-printed (surgical guides, provisional restorations, study models) or transmitted digitally to the laboratory (complex multi-unit restorations). The result: sub-millimetre precision, same-day capability for many cases, and patient outcomes that are planned digitally before a single clinical step is taken.
Dr. Haris's research interests in AI dentistry, ceramic 3D printing, digital workflow, and immediate loading biomechanics are not academic add-ons to the clinic — they inform the integration and clinical application of every digital tool at Hassaan Dental. The clinic's vision is to evolve into one of Pakistan's leading centres for clinical research, digital dentistry, implantology, and postgraduate education.
CBCT and intraoral scanning provide data accurate to sub-25 microns — enabling implant placement, crown fitting, and surgical guide fabrication at a level of accuracy physically impossible with analogue techniques.
CEREC in-clinic milling produces a permanent zirconia crown in a single appointment. Digital workflows eliminate the 3–4 week laboratory wait that traditional crown fabrication requires.
Digital smile design, implant planning software, and diagnostic mock-ups mean the clinical outcome is designed, reviewed, and approved before any irreversible procedure begins. Problems are solved on-screen, not in the mouth.
Intraoral scanning eliminates physical impression material entirely — no gagging, no distortion, no plaster models. The digital model is immediately available, more accurate, and directly importable into planning software.
Digital records — 3D scans, CBCT data, DSD designs, CEREC files — are stored, reproducible, and comparable across appointments. Follow-up assessments compare digital models precisely, not by clinical memory.
Six integrated systems.
One digital workflow.
Each technology listed here is clinically operational at Hassaan Dental Clinic — not aspirational. Each links to a dedicated sub-page with full clinical details.
A single CBCT scan produces a complete volumetric image of the jawbones, teeth, roots, nerve canals, maxillary sinuses, and airway — replacing multiple conventional X-rays with three-dimensional data precise to sub-millimetre resolution.
The intraoral scanner replaces physical impressions entirely. A wand-shaped optical sensor captures thousands of images per second, assembling a real-time 3D model of the teeth, gums, and bite relationship — importable directly into planning and milling software.
CEREC Primemill mills a definitive zirconia crown, veneer, or inlay from a pre-shaded ceramic block at chairside — in approximately 15–20 minutes. No laboratory, no temporary, no second visit. The crown is designed on-screen by Dr. Haris and bonded permanently in the same appointment.
DSD is a digital planning protocol combining facial analysis, intraoral scan data, and smile simulation software to design the aesthetic outcome and show it to the patient — digitally and via physical mock-up — before any irreversible treatment begins. The approved design guides every subsequent clinical step.
3D printing at Hassaan Dental produces surgical implant guides, provisional restorations, diagnostic study models, and orthodontic appliances directly from digital files — eliminating the manual laboratory steps that introduce variability and delay.
AI-driven tools augment clinical decision-making at Hassaan Dental — CEREC's biogeneric design engine proposes initial crown anatomy from scan data; implant planning software uses AI to suggest optimal implant position based on CBCT bone anatomy; DSD software generates aesthetic proposals from facial photographs that Dr. Haris then refines.
In implantology, a 1mm deviation from planned implant position can mean the difference between ideal crown emergence and compromised aesthetics, or — in extreme cases — nerve proximity. In restorative dentistry, a poorly-fitting crown margin accumulates bacteria and leads to secondary decay. In smile design, a tooth shape designed without facial analysis produces a result that looks artificial. Digital technology reduces the tolerance on every one of these outcomes. It does not make the clinician's judgement irrelevant — it amplifies the quality of that judgement by removing the variables that analogue processes introduce. At Hassaan Dental, Dr. Haris's MSPH background in evidence-based health systems and prosthodontics training at AKU both inform how digital tools are selected, integrated, and applied clinically.
How the digital systems
work together.
Each digital technology at Hassaan Dental is not a standalone gadget — it feeds data into the next step. Here is how the integrated workflow operates across three treatment pathways.
Facial photography · clinical history · chief concern captured
CBCT volumetric scan + intraoral digital scan replace X-rays and impressions
DSD / implant software / CEREC design — outcome planned before treatment
CEREC milling / 3D printing — produced at chairside or same-day
Crown bonded / guide placed / smile approved · digital record stored
Every implant case at Hassaan Dental follows a digital-first protocol — from CBCT bone assessment to 3D-printed surgical guide to digital restoration.
Broken-down, cracked, or root-treated teeth restored in a single appointment — from scan to bonded crown in 90–120 minutes, no lab, no temporary.
Veneers, smile makeovers, and Hollywood Smile cases designed digitally and approved by the patient before any tooth is touched.
What digital precision
looks like in clinical numbers.
These are not marketing claims — they are measurable clinical outcomes from the peer-reviewed literature on digital dental technology.
Analogue vs Digital — what changes clinically
The clinician behind
the technology.
Digital tools produce better outcomes in the hands of a clinician who understands both the technology and the clinical application. Dr. Haris's formal training and published research directly inform how these systems are used at Hassaan Dental.
Dr. Haris holds a Certificate in Prosthodontics from Aga Khan University — one of South Asia's most rigorous prosthodontic training programmes. Prosthodontics is the dental specialty that governs the design, fabrication, and placement of dental restorations and smile rehabilitations — the clinical discipline that digital CAD/CAM tools are designed to augment.
Dr. Haris is a PubMed/MEDLINE indexed co-author — Journal of Conservative Dentistry and Endodontics (JCDP), 2019, DOI: 10.5005/jp-journals-10024-2603. Academic publication in indexed journals requires peer review and reflects clinical knowledge beyond practice experience alone.
Dr. Haris presented two research posters at the FDI Regional Congress / SIDC Riyadh 2025, including work on immediate full-mouth rehabilitation using bicortical hybrid implants without bone grafting in severe atrophic maxilla — directly relevant to digital implant planning and immediate loading biomechanics research interests.
The Master of Science in Public Health (MSPH) from Health Services Academy provides the methodological framework for evaluating clinical evidence — assessing which digital technologies have genuine clinical benefit versus marketing appeal, and how to integrate them into patient care systems that improve outcomes at scale.
Deep-dive into each
digital system.
Each technology has a dedicated page with full clinical detail, how it works, what it replaces, and what to expect as a patient.
How cone beam computed tomography works, when it's needed, what it shows that conventional X-rays can't, and what the scan experience is like.
// 3D · volumetric · implant · rootsWhy digital scanning produces more accurate, more comfortable, and faster results than physical impressions — and how the 3D model feeds into crown and smile design workflows.
// <25µm · no impression · real-time 3DHow CEREC CAD/CAM milling and ceramic 3D printing work — producing crowns, surgical guides, and provisional restorations at chairside without laboratory wait or manual fabrication.
// CEREC · zirconia · same-day · guidesDigital dentistry
questions answered.
What the technology actually does, how it affects your appointment, and why it matters for your treatment outcomes.
Precision dentistry.
Sub-millimetre.
Planned before
we begin.
A PKR 1,000 consultation includes OPG X-ray and a clinical assessment of which digital technologies apply to your case — and an honest answer if simpler, lower-cost options serve you equally well.
