
These aesthetic-first implant restorations for single-tooth replacements, designed with biology-driven emergence profiles for optimal soft tissue support and long-term stability.
Compatible with both screw-and-cement-retained workflows for stock abutments, Ti-bases, or individual abutments.
Custom-designed abutments in titanium or zirconia, tailored to the patient’s anatomy and gingival profile. Optimised for precise fit, ideal emergence design, and seamless integration.
Digitally planned and manufactured CAD/CAM resin or metal guides, including stackable solutions for complex cases. Ensure accurate implant positioning, improved surgical control, and predictable prosthetic outcomes.
A structured immediate loading workflow enabling delivery of provisional restorations within 24-48 hours after implant surgery. Combines digital planning, guided surgery, and printed implant prosthesis for predictable, time-efficient rehabilitation.
Full-arch implant restorations supported by multi-unit abutments, using zirconia or hybrid prostheses. Designed for passive fit, functional occlusion, and long-term durability with options for immediate or conventional loading.

All-on-EASY™ is a digital, structured, and step-by-step implant prosthetics workflow designed to simplify the process of planning for your implant prostheses while maintaining strict clinical standards.
As the name suggests, it is a creative spin-off from All-onX; but is applicable to single implant crowns, Implant bridges, or full-arch prostheses. The All-on-ASY™ concept standardises and simpli-fies prosthetic-driven implant planning workflows and the communication between the dental clinic and the dental labs.
Thus, digital implant workflows today are repeatable yet customisable and ensure predictable prosthetic outcomes.
From single implant crowns to full-arch restorations, every implant prosthesis has a dedicated, step-by-step, digital implant protocol.
It all starts with an IOS (intra-oral scan), choice of scan bodies, scan protocol, and digital bite registration and ends in digital implant design planning and STLs.
Our workflows are designed to accept different digital records like CBCT X-rays, facial scans, digital occlusion, jaw-movement tracking and 2D photos to create a ‘patient AVATAR’ – a virtual digital patient that ensures precision of full-arch implant restorations.
Our digitally planned implant positioning is supported by a wide range of CAD/CAM surgical guides – pilot, fully guided, resin, metal, or
stackable guides.
This ensures controlled placement, surgical precision, and reduced intraoperative variability.
With high-quality and complete data acquisition, extensive pre-surgical implant planning phase, and collaborative dentist-lab communication, we aim to reduce errors in implant design and printing/milling.
From Ti-base connections to direct-to-MUA type full-arch implant restorations, accuracy, precision, and passive fit.
We use evidence-based emergence profiles (E-esthetic zone, B-bounded zone, C-crestal zone) to
support soft tissue stability, bone preservation, and long-term success for abutment selection, customised abutment designs, and final implant
crowns/bridges.
From customising emergence profiles, embrasure designs to ensure prosthetic screw fit, retention, and implant prosthesis stability, the Allon-EASY™ concept is driven by both facial aesthetics and oral function.

DIGITAL PRINT

TRY-IN

PLACING FINAL BRIDGE

Support
Simplify your implant workflows without compromising on clinical quality. Whether you are starting with implantology or scaling your existing implant clinical practice, with the All-on-EASY™ concept powered by Forma® Implant solutions, our European network of dental labs will ensure consistency in communication, dental-technician guidance, on-time delivery, and the quality of the final implant prostheses.
All-on-EASY™ is a structured, digital implant workflow that standardises planning, design, and communication between implant clinic and dental lab. It simplifies implant prosthetics while ensuring predictable, high-quality outcomes across single, bridge, and full-arch cases.
A digital implant workflow uses intraoral scans, CBCT data, and CAD/CAM technology to plan, design, and manufacture implant restorations. It improves accuracy, reduces manual steps, and enables better collaboration between dentist and dental lab.
All major intraoral scanner brands and European implant systems including local implant brands used across Europe are supported.
This includes open STL workflows and leading scanner brands, ensuring flexibility in your existing setup.
No. The All-on-EASY™ The workflow is designed for both implant specialists like prosthodontists, periodontists and oral surgeons and general practitioners. It offers structured guidance and lab support throughout the process.
Yes. The workflow supports fully guided surgery using CAD/CAM surgical guides, including advanced options like stackable guides for complex cases.
Start by capturing a high-quality IOS of the implant position using the compatible scan body. Ensure correct seating, capture soft tissue contours, include adjacent teeth and digital bite registration for accurate prosthetic design.
Prosthetic implant screw selection depends on the implant system, connection type, and restoration design (e.g., Ti-base or direct-to-MUA). It is important to use compatible, validated screws to ensure proper fit, know torque application for long-term success; our technical experts will guide you at every step.