Dedicated Digital Division · Centralized CAD/CAM Laboratory
Sub-Micron Precision Prosthetics. Powered by Dual CAD/CAM Technology.
Operating as the dedicated digital dental laboratory division of Dental World Super Specialty Clinics Pvt. Ltd., Dentkraft bridges clinical practice with advanced robotic manufacturing. Backed by a 4-generation dental fraternity legacy, we unite master ceramic artistry with 5-axis CNC milling, medical 3D printing, and Carl Zeiss microscope verification.
Eastern India’s First Dual CAD/CAM Digital Laboratory
Traditional dental laboratories rely on manual wax-ups, stone cast expansion, and volatile casting alloys — often causing microscopic margin gaps, food entrapment, and premature crown failures. Dentkraft was established to fundamentally elevate these clinical standards.
As Eastern India’s pioneer facility to integrate dual cutting-edge CAD/CAM technologies from both Sirona (Germany) and 3M (USA) under one centralized roof, we seamlessly bridge chairside clinical preparation with computerized laboratory manufacturing.
Our team of master dental ceramists and digital CAD technicians leverage high-resolution 3D optical scans, 5-axis CNC wet/dry milling, and Carl Zeiss microscope verification to deliver restorations with sub-15 micron margins, natural light fluorescence, and unmatched long-term durability.
The Dual CAD/CAM Machine Armamentarium
Harnessing the world’s most advanced milling units, 3D additive printers, and robotic scanners to fabricate biologically harmonious restorations.
Dentsply Sirona Germany
Sirona inLab MC X5 5-Axis Milling Unit
Wet & Dry Multi-Material 5-Axis CNC Precision
Engineered for exceptional freedom and restorative diversity. Seamlessly processes zirconia, composite polymer discs, glass-ceramics, and pre-milled titanium abutments with sub-micron toolpath precision.
Sub-Micron 5-Axis CNC Milling
3M ESPE USA
3M Lava™ Scan ST & Optical Engine
High-Definition Non-Contact Optical Scanner
Captures tooth preparation finish lines, adjacent interproximal contacts, and dynamic antagonistic bite relations with optical accuracy, feeding clean 3D datasets straight into digital CAD design suites.
High-Fidelity 3D Cloud Data Ingestion
Formlabs Medical SLA
Formlabs Form 3B+ Medical 3D Printers
Stereolithography (SLA) Additive Manufacturing
Dedicated biocompatible resin printer manufacturing precision guided surgery stents, diagnostic smile mockups, high-accuracy master working models, and flexible occlusal nightguards with 25-micron layer resolution.
Surgical Guides & Bio-Resin Splints
Ivoclar Vivadent Switzerland
Ivoclar Programat Ceramic Furnaces
Microprocessor Infrared Vacuum Sintering
High-temperature vacuum thermal chambers executing calibrated crystallization curves for IPS e.max lithium disilicate and multi-translucent monolithic zirconia, achieving up to 1,200 MPa structural strength.
Controlled Vacuum Sintering & Glazing
5-Phase Digital Restorative Architecture
From optical scan ingestion to Carl Zeiss microscope margin audit, every restoration follows a zero-compromise digital path.
3D Optical Scan Ingestion
Direct cloud ingestion of chairside STL files from iTero 5D, 3Shape TRIOS, or high-accuracy optical digitizing of physical master casts.
Exocad Virtual Architecture
Software sculpts anatomical cusp geometry, proximal contact tight spots, and emergence profiles aligned with facial midline aesthetics.
5-Axis Robotic CNC Milling
Sirona inLab MC X5 robotically mills restorations from multi-layer shade gradient zirconia or monolithic IPS e.max blocks.
Vacuum Thermal Sintering
Controlled thermal firing in Ivoclar infrared furnaces fuses ceramic crystals into monolithic structures with up to 1,200 MPa strength.
Carl Zeiss Microscope Audit
Master ceramists perform 100% margin seal and contact verification under surgical stereomicroscopes before clinical delivery.
Engineered for Clinicians, Perfected for Patients
Versatile restorative solutions manufactured with 100% genuine certified biomaterials.
Multi-Layer Monolithic Zirconia
Graduated shade and translucency mirroring natural dentin to incisal enamel. 1,200 MPa fracture resistance engineered for posterior load-bearing units and full arches.
IPS e.max® Lithium Disilicate
The gold standard for anterior aesthetic veneers and thin inlays. Combines 500 MPa strength with unrivaled natural enamel opalescence and optical fluorescence.
Custom Milled Titanium Abutments
Custom CAD-sculpted emergence profiles that match patient gingival architecture perfectly, preserving papillae and preventing peri-implant bacterial accumulation.
All-on-4 / All-on-6 Hybrid Superstructures
Passive-fit monolithic zirconia arches screwed directly into multi-unit titanium implant bases. Delivers permanent immediate bite function and natural smile dynamics.
3D Printed Surgical Implant Guides
Sub-millimeter accurate resin templates created from combined CBCT DICOM and intraoral optical scans, ensuring zero-deviation implant placement depth and angulation.
Digital Occlusal Splints & Nightguards
3D printed from flexible, fatigue-resistant biocompatible medical resins. Designed with precise digital canine guidance for bruxism, TMJ deprogramming, and sleep therapy.
The DentKraft Chairside Advantage
Designed to eliminate chairside adjustments, reduce appointment lengths, and guarantee long-term biological harmony.
24 to 48-Hour Rapid Turnaround
Centralized CAD/CAM workflows cut manufacturing cycles dramatically compared to conventional outsourcing. Dedicated express tracks accommodate urgent smile makeovers and traveling patients.
Sub-15 Micron Precision Margins
5-axis robotic milling completely removes the expansion and shrinkage variables of traditional dental stone and wax, guaranteeing seamless margin fit and zero seating rocking.
Direct Master Technician Support
Dentists consult directly with our senior digital prosthetic engineers via digital shade analysis, pre-visualization mockups, and virtual smile architecture consultations.