iCare Lab is a trusted composite veneer dental lab London practices rely on for indirect composite restorations with superior accuracy and consistency that chairside placement alone can deliver.
Our lab composite veneer London service offers a high-strength nano-ceramic solution, designed in EXOCAD from your IOS scan and finished by hand to your specific shade prescription. The surface texture is meticulously controlled in the lab under magnification—a level of detail that is very difficult to replicate chairside in a single appointment. We design these cases with the same precision as our Emax restorations, ensuring you receive consistent marginal accuracy and contour quality in a more affordable, fully reversible material.
For single-unit cases where chairside composite placement is technically challenging - narrow anterior teeth, limited working time, or when consistent shade with adjacent restorations is a priority. Designed from your IOS scan, milled or hand-built from high-strength nano-ceramic composite, and polished to a surface finish that is difficult to achieve chairside.
For patients with heavy bruxism or a history of previous restoration failure where Emax is contraindicated, we offer high-translucency multilayer zirconia veneers as an alternative. The aesthetics are not quite at the Emax level for thin anterior cases, but the additional strength makes it a clinically sound choice when longevity is the priority. Designed and milled from the same digital workflow as our Emax veneers
Ultra-thin porcelain veneers designed for cases where enamel preservation is the primary objective. These require precise CAD/CAM milling at 0.2–0.3mm thickness — a tolerance that simply is not achievable with hand-pressed techniques. We design these digitally, mill to precise spec, and provide individual protective packaging for each unit. Please confirm tooth preparation status and send pre-prep shade photography with these cases.
For complete smile transformations involving 6 or more units, we offer a co-ordinated design review process. After receiving your IOS scan and shade documentation, we design the full smile in EXOCAD and share a digital preview before a single unit is milled. This means you can discuss contour, incisal length, and midline position with your patient before committing to the milling stage. We treat these cases as a priority and assign a lead technician for the duration.
Submit Your Case, shade photography, and any pre-op records to your named veneer technician. For multi-unit smile cases, include lip retraction photography and any shade tab images taken in natural light.
Your technician designs the veneers. For 4-unit and above cases, a digital design preview is shared via WhatsApp or email before milling. You can request contour adjustments, incisal length changes, or shade modifications at this stage at no extra cost.
Mill, Crystallise & Characterise Each veneer is milled from genuine IPS e.max CAD blocks, crystallised in our in-house Programat furnaces, and hand-characterised with surface staining to build depth and natural optical variation.
Delivered in 7 Days Individually packaged, shade-labelled, and delivered to your practice - or collected - within 7 working days. Express service available on request; speak to your named technician about availability.
Call or WhatsApp your technician directly. Same-day replies guaranteed.
Screw & cement retained, All-on-X, surgical guides
Veneers, smile design, shade matching
Acrylic, chrome cobalt, Valplast dentures
Night guards, bleaching trays, Essix retainers
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.
