Focused color transfer
Microencapsulated color release technology produces crisp, well-defined contact marks without bleeding or smudging-eliminating guesswork and accelerating precise occlusal adjustments.
ASHUR Microcapsule Occlusal Paper represents a fundamental advancement in occlusal analysis technology. Our proprietary microencapsulation process delivers consistently precise markings across five calibrated thicknesses-each engineered for specific stages of restorative and prosthetic workflows.
Microencapsulated color release technology produces crisp, well-defined contact marks without bleeding or smudging-eliminating guesswork and accelerating precise occlusal adjustments.
Five precisely calibrated thicknesses (8μm-200μm) provide the right level of sensitivity for every phase-from initial contact mapping to final occlusal verification.
Multiple color options (red, blue, black, and specialty formulations) accommodate various clinical scenarios, restoration materials, and personal visualization preferences.
Purpose-built for the complete occlusal adjustment protocol-from diagnostic screening through final prosthetic seating. Each thickness serves a distinct clinical objective.
Ultra-thin precision layer for final occlusal verification in aesthetic restorations, veneer placements, and implant prosthetics where micrometer-level accuracy is critical.
Intermediate sensitivity for precise contact refinement following initial occlusal mapping. Ideal for crown and bridge adjustments where controlled material removal is essential.
The clinical workhorse-optimal sensitivity for routine occlusal evaluations, denture adjustments, and general prosthetic verification in daily practice.
Enhanced sensitivity for rapid identification of heavy contacts and occlusal interferences. The ideal starting point for full-mouth rehabilitation and complex restorative cases.
Maximum sensitivity for initial occlusal assessment in patients with reduced tactile feedback or when identifying gross occlusal discrepancies prior to detailed analysis.
For many restorative cases, you can first use a specification that is easier to observe to quickly establish the contact distribution, and then use a thinner specification for refinement and final finishing. This 'position first, then refine' logic is convenient for clinical understanding and also facilitates explanation during sales and distribution cooperation.
Usage Method
ASHUR's microcapsule technology enables dentists to quickly and clearly identify occlusal discrepancy points, helping to accelerate clinical workflows and significantly improve patient comfort. This technology uses a precisely designed microcapsule layer on the occlusal paper to ensure that the distribution of every contact point can be revealed rapidly and accurately, greatly shortening the dentist's treatment time.
Technical Specifications:
Presentation Value:
Summary: ASHUR's microcapsule technology not only improves diagnostic efficiency but also strengthens the brand's technical advantage positioning, allowing doctors to make rapid judgments and provide higher quality treatment experiences.
Implant-supported restorations demand exceptional occlusal precision to manage biomechanical loads and protect peri-implant tissue health. Our 8μm and 40μm papers enable micrometer-level contact verification critical for long-term implant success.
Aesthetic restorations-ceramic veneers, inlays, and anterior crowns-require minimal-adjustment protocols to preserve surface integrity and optical properties. Ultra-thin papers provide the precision needed for subtle occlusal refinements without risking restoration damage.
Full-mouth rehabilitation presents unique occlusal challenges with multiple simultaneous restorations. Our complete thickness range enables a systematic, step-by-step approach-from initial gross adjustment with 200μm through final fine-tuning with 8μm papers.
Orthodontic patients and individuals with dentin hypersensitivity require gentler occlusal assessment techniques. Our graduated thickness options allow precise, patient-comfort-focused contact evaluation without excessive bite force.