iCare Lab is a specialist Emax dental lab London. We produce IPS e.max lithium disilicate crowns, veneers, inlays, and onlays for cosmetic and aesthetic cases demanding the highest possible translucency and natural tooth-like appearance.
Every Emax case at iCare Lab is assigned to a named GDC-registered dental technician who specialises in aesthetic restorations. You will have their direct WhatsApp and email access throughout the case, enabling real-time shade communication and design approvals before we mill. Our full Emax pricing is published openly online — so your case cost is always known before you commit.
The definitive aesthetic crown for the anterior region. IPS e.max lithium disilicate delivers outstanding natural translucency, internal fluorescence that matches the optical properties of natural teeth, and exceptional marginal accuracy. Ideal for central incisors, laterals, and aesthetic premolars where the restoration must be indistinguishable from natural dentition.
Ultra-thin Emax veneers for smile makeover cases requiring minimal preparation and maximum aesthetics. Our technicians design every veneer with precise emergence profile and incisal translucency gradients. Recommended minimum preparation of 0.3mm buccal reduction. Please send shade tab photography and patient lip retraction photos with each veneer case.
Conservative Emax inlays and onlays for cases where full crown preparation is not indicated. Outstanding bonding surface characteristics of lithium disilicate enable strong adhesive cementation with excellent long-term clinical outcomes. Ideal for restoring structurally compromised posterior teeth while maximising healthy tooth structure preservation.
IPS e.max bridges up to 3 units in the anterior region, providing exceptional aesthetics for tooth-supported fixed bridgework. Designed with full virtual articulation and precise connector dimensions for optimal flexural strength at the pontic-abutment junction.
Upload your case or book a collection. We confirm receipt of your case, evaluate the quality of the scan per prescription. Job is accepted into the production.
Your technician designs the restoration or 3Shape. For complex cases, a design preview can be shared for approval before milling.
CAD/CAM precision milling followed by hand-finishing, layering where required, glazing, and final quality control inspection.
Your restoration is packaged and delivered — or collected from your practice - within 7 working days. Express available on request.
Call or WhatsApp your technician directly. Same-day replies guaranteed.
With proper care and oral hygiene, Emax restorations can last 10–15 years or longer.
Yes, Emax crowns are known for their superior strength and aesthetic properties compared to many traditional ceramic restorations.
Most patients with healthy teeth and gums are suitable candidates, but a dentist will determine if Emax veneers are the best option for the individual case.
Emax crowns and veneers are made from lithium disilicate ceramic, a high-strength material known for its durability, natural translucency, and excellent aesthetic results.
You can submit cases through:
Walk-in submissions at our London lab
Our team will confirm receipt and timeline instantly.
Screw & cement retained, All-on-X, surgical guides
Veneers, smile design, shade matching
Acrylic, chrome cobalt, Valplast dentures
IOS scans, 3D printing, full digital lab
Night guards, bleaching trays, Essix retainers
Based in the UK, iCare Lab supports clinics and laboratories with full-service dental solutions. Our mission is to combine innovation with reliability, ensuring every smile we help create is built to last.
We use virtual articulation, digital wax-ups, and CT data merging to plan each implant restoration with precision, ensuring ideal occlusion and emergence profiles.
All components are made from certified, high-strength materials like medical-grade titanium and high-density zirconia for lasting durability and safety.
Advanced milling and printing techniques deliver a perfect passive fit on the implant interface, reducing stress and mechanical risks.
