2026.01.29
Product Application
Medical Equipment Control Module
Micro-sampling Machine: High-Precision Digital Encoder
Microliter-Scale Fluidic Kinetics: Anchoring Zero-Error Medical Benchmarks
Forcing absolute control over micro-scale liquid aspiration and dispensing cycles to lock down ironclad, razor-sharp diagnostic consistency. By connecting your team directly with our core engineering elite, we deploy high-impact, custom-tailored configurations that aggressively accelerate automated throughput—establishing the definitive power core for precision medical robotics.
Life Guardian: Precision Infusion Monitoring Module
Medical-Grade Precision Kinetics: Locking Down Critical Dosage Safety
Deploying heavy-damping tactile dials to lock down drift-free parameter adjustment. Backed by strict QA protocols, this rugged core forces a perfectly constant fluidic velocity—guaranteeing flawless long-term hardware survival under continuous medical workloads.
Ultra-thin technology: Pathology slice control components
Nanometer-Scale Positioning Modules for High-Fidelity Pathology
Delivering exceptional nanometer-scale advance precision to ensure perfectly consistent, uniform section thickness. Designed to support agile development cycles, this low-profile component architecture enables a seamless transition from prototyping to mass production, serving as the certified standard for major global medical brands.
Medical parts
-
FJR06K
The micro joystick exclusively developed by Fuge has an excellent feel while maintaining an extremely compact size; it is perfectly suitable for precision medical devices such as electronic pipettes and various handheld controllers. -
FJP10K (For Switch-equipped Models)
Using a dual-spring structure design to ensure an even and delicate distribution of operating force; providing an extremely stable control feel, specifically designed for high-demand scenarios such as medical instruments and industrial precision control. -
F11E
With a pressing life far above market standards and excellent reliability; it offers a variety of customization options to flexibly meet the special needs of different medical scenarios and equipment interfaces.