Products Knowledge

First, Core Parameter Selection

I, Touchscreen Technology Selection

Capacitive Touchscreen: Ideal for devices under 32 inches, offering high sensitivity and multi-touch support. Suitable for precise operations like adjusting dental 3D models.Infrared Touchscreen: The top choice for screens 65 inches and above. It has a lower cost and supports multi-user simultaneous operation, making it suitable for consultation and teaching scenarios.

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II, Screen Configuration

Resolution: Give priority to high-resolution screens of 2K/4K to ensure detailed display of dental imaging such as CBCT and implant models.Color Accuracy: Must cover 100% of the sRGB color gamut to prevent display deviations in tooth color and soft tissue details.Anti-Glare Technology: Designed to reduce reflections in bright clinical environments.

III, Hardware PerformanceProcessor: Intel Core i5/i7 or AMD Ryzen R5/R7 is recommended to meet multitasking needs like running imaging software and electronic medical record systems simultaneouslyMemory and Storage: A minimum of 16GB of memory and a 512GB solid-state drive to ensure smooth operation of 3D modeling software and quick access to patient dataDedicated Graphics Card: Supports real-time rendering of dental scan data, enhancing the efficiency of implant and orthodontic treatment plan design.

Second, Scenario Adaptation Design

I, Medical Environment Adaptability

Protection Rating: The device should meet the IP65 dust and water resistance standard to withstand splashes from dental clinics such as saliva and disinfectant sprays.Antimicrobial Treatment: The screen and casing should use medical-grade antimicrobial coatings to reduce the risk of cross-infection.Industrial-Grade Stability: A full metal chassis with anti-interference technology to avoid electromagnetic conflicts with dental equipment like X-ray machines.

II, Functional ExpandabilityMulti-Device Collaboration: Equipped with HDMI, USB-C, and other interfaces to support connections to peripheral devices such as dental scanners and microscopes.Customizable Accessories: Optional foot pedals and voice input modules can be adapted to meet touch-free operation requirements during surgery.

III,Data Security and ComplianceEncryption Technology: Built-in medical data encryption modules to comply with privacy protection regulations such as HIPAATeleconsultation Support: Integrated 5G/WiFi6 modules enable real-time transmission of high-definition images and collaboration with experts.

Third, Purchase Decision Priority

Demand Scenario Priority Configuration Reference Source: Dental Imaging Processing 4K Screen+Dedicated GPU+16GB RAM 15Multi-Department Collaboration/Teaching 65-inch Infrared Touchscreen + 5G Module 67O perating Room Environment IP65 Protection + Antimicrobial Coating + Anti-Glare Screen 16 Data-Intensive Clinics 1TB SSD + Medical-level Data Encryption 56

Fourth, Pitfall Avoidance Guide

Avoid Over-Pursuit of High Refresh Rates: Medical scenarios primarily involve static images, and a 60Hz refresh rate is sufficient to meet requirements.Reject Low Color Gamut Screens: Screens with less than 90% sRGB color gamut may cause inaccurate display of crown colors, affecting clinical judgments.Approach Non-Modular Designs with Caution: Fixed-interface all-in-one devices may struggle to adapt to future additions of new equipment such as AI diagnostic tools, limiting their long-term value.By precisely matching these multi-dimensional parameters and scenario-based designs, you can accurately select a touch all-in-one computer that meets the professional needs of dental care while ensuring long-term compatibility.