iCare Lab is a specialist Verification Jig dental Lab London, designing and fabricating custom verification jigs for multi-unit implant cases.
A verification jig uses the actual patient implant analogs (the cylindrical reference components that represent the implant fixture) to physically verify that each implant is at the correct height, angulation, and position on the patient's arch. If the jig seats passively and the analog positions match your digital plan, you proceed with confidence. If not, you can identify exactly which implant is off-position and plan corrections before fabricating restorations to a misaligned foundation.
Custom-designed resin jig with integral implant analog seats. The jig is tried in the patient's mouth post-surgery. If it seats passively and all analogs align with your surgical plan, implant positions are confirmed accurate.
For larger implant cases, a full-arch jig spanning the entire arch with analog seats for all implants. More complex to design and interpret, but provides comprehensive position verification for all implants simultaneously. Particularly useful for all-on-X cases where overall alignment is critical.
A variant allowing the clinician to take an impression directly through the jig while it is in the patient's mouth, capturing implant position data simultaneously with position verification. More advanced technique requiring chairside skill, but provides dual function — verification plus impression taking.
A reinforced verification jig incorporating a titanium bar within the resin framework to minimise flex across long-span implant cases. Designed for highly demanding full-arch restorations where maximum rigidity and positional accuracy are essential during verification. Particularly suitable for complex immediate-load and cross-arch implant workflows.
Submit Surgical Plan Send your original digital implant plan (from surgical planning software) along with post-operative CBCT or photographs showing approximate implant positioning.
Jig Design We design the verification jig in EXOCAD with integral seats for each patient implant analog at the exact positions from your surgical plan.
3D Print & Finishing The jig is 3D printed and finished for smooth seating in the patient's mouth and reliable analog positioning.
Chairside Try-In The jig is tried in your patient's mouth (post-op, once soft tissue allows). Passive seating + aligned analogs = confirmed accurate positioning. Any misalignment is quantified.
Our primary resin is engineered for extreme dimensional stability. It resists shrinking or warping during the curing process, ensuring that the implant positions we capture in the lab are exactly what you see in the chair.
This transparent resin provides maximum visibility of the implant platforms and surrounding soft tissue during the try-in. It allows you to visually confirm that the jig is seated perfectly flush against the implant connections.
Certified for intraoral use, this high-performance polymer is non-irritating and tasteless. It offers a smooth surface finish that is comfortable for the patient, even during complex, multi-unit verification appointments.
For full-arch cases, we use a reinforced monomer that provides extra rigidity. This prevents the jig from flexing or "springing" during the impression-taking process, guaranteeing a truly passive final fit for your framework.
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Screw & cement retained, All-on-X, surgical guides
Veneers, smile design, shade matching
Acrylic, chrome cobalt, Valplast dentures
Digital 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.
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