Changzhou Mingseal Robot Technology Co., Ltd.

Customer scenario An Algerian medical-device manufacturer scaling production of dynamic blood‑glucose test strips needed a fast, low‑risk way to validate reagent dispensing before committing valves to the production line. Key requirements were micro‑volume control to preserve costly enzyme reagents, uniform coating for consistent sensor response, a gentle fluid path to protect bioactivity, and a reliable prediction of production behavior to avoid costly rework during ramp‑up. Challenge  On‑line qualification often reveals mismatches: nozzle geometry that creates irregular dots, pulse settings that cause satellite droplets, or pressure/temperature windows that change viscosity and flow. Discovering these issues after valve installation increases downtime, reagent waste and commissioning costs—critical problems when enzyme stability and material cost are primary concerns. Mingseal FATP + KPS2000 solution Mingseal supplied the FATP (Factory Acceptance Test Pack) built around the KPS2000 piezo jetting valve as a bench‑validation kit tailored to the Algerian customer’s enzyme reagent. The pack includes a KPS2000‑compatible valve, matched piezo actuator, three nozzle sizes, mounting flange and quick‑start guide—enabling practical, hands‑on qualification of droplet formation, repeatability and basic tuning before line installation. Key technical fit Sub‑nanoliter dosing and high frequency: KPS2000 supports jetting down to 0.5 nL and up to 1200 Hz, allowing the customer to test micro‑dosing recipes that reduce reagent use while maintaining sufficient film coverage for sensor chemistry. Wide viscosity and chemical compatibility: The valve supports viscous fluids and resists common solvents, weak acids and bases, making it suitable for glucose assay formulations and stabilizers used in strip reagents. Bench evaluation of nozzle options: The FATP includes three nozzle sizes so engineers can compare edge shape, dot spread and satellite formation on real substrate types used for the strips. Controlled temperature and pressure windows: Using the pack, the team identifies stable pulse timing and pressure ranges at working temperatures (10–50°C) so on‑line settings are predictable and repeatable. Process workflow used in validation Fluid characterization: Teams run short tests on the bench to record droplet mass, spread and evaporation behavior for the enzyme formulation across the three nozzle sizes. Pulse and pressure mapping: Operators sweep drive timing and supply pressure to find the narrow window that gives single‑drop formation without satellites at target throughput. Thermal sensitivity checks: Small temperature shifts are applied to check viscosity sensitivity and to lock in the controller temperature window for production. Wear and cleaning trials: Short continuous runs estimate nozzle fouling and define cleaning/purge schedules to preserve enzyme activity and minimize downtime. Production outcomes and value Microvolume control and cost containment: Bench‑proven sub‑nanoliter dispensing recipes reduced reagent consumption per strip and lowered per‑unit materials cost during scale‑up. Uniform coating and accuracy: Validated nozzle/pulse combinations produced consistent dot geometry and film uniformity, tightening QC distribution and improving lot‑to‑lot sensor reproducibility. Gentle fluid handling preserves bioactivity: Non‑contact piezo jetting with identified low‑shear pulse profiles minimized enzyme degradation compared with trial-and-error on‑line tuning. Faster, lower‑risk commissioning: By resolving nozzle, pressure and temperature variables before installation, the customer shortened setup time, avoided rework and achieved stable production performance from first‑pass validation. Conclusion  For Algerian makers of blood‑glucose test strips, the FATP test pack with the KPS2000 valve offers a pragmatic, low‑cost path to validate micro‑dispensing recipes, reduce reagent waste, and lock production parameters before line deployment. The bench kit ensures uniform, enzyme‑friendly coating and predictable integration—helping manufacturers meet accuracy, cost and reliability targets for clinical diagnostic strips. Contact Mingseal to schedule an on‑site FATP evaluation with your reagent and substrate.

Customer scenario A leading Korean smartphone camera module supplier needed a robust inline solution for applying dust‑capture adhesive around infrared (IR) filter edges. The IR filter capture‑ring requires ultra‑clean, repeatable bead geometry to trap particulates without contaminating the optical path. The customer also wanted higher throughput: the line needed to support two distinct process steps (edge dust‑capture glue and protective seal) in parallel while maintaining sub-millimeter placement accuracy and strict process traceability. Mingseal FS200A solution Mingseal delivered the FS200A Inline Visual Dispensing Machine configured as a dual‑station, dual‑head cell to address both precision and throughput needs. The system’s dual independent valve architecture and separated track design enabled the customer to run two process stations concurrently—one head dedicated to the IR filter dust‑capture bead and the second to the protective seal—doubling effective UPH without increasing floor space. Key process features and configuration Dual independent dispensing heads: Two piezoelectric valves were installed—one tuned for ultra‑fine dust‑capture beads around the IR filter perimeter, the other for a slightly larger protective seal bead. Independent heads allow different adhesive chemistries and shot parameters to run simultaneously, minimizing cycle time and simplifying recipe management. Dual‑station parallel workflow: The FS200A’s dual tracks and two processing stations enable true parallel processing: while Station A performs dust‑capture dispensing and inline inspection on one carrier, Station B simultaneously dispenses protective sealant on the next. This configuration effectively doubles throughput (UPH) compared with single‑station approaches. Piezo valve tuning for demanding glue requirements: Piezoelectric jetting was selected to meet the customer’s low‑volume, high‑repeatability needs. Valve pulse shaping, back‑pressure control and nozzle selection were optimized to produce consistent droplet sizes and continuous bead profiles without stringing. The piezo valves support rapid metering for fast cycle times while maintaining sub-microliter dose precision required for IR filter edges. Temperature‑controlled syringe feeding: To stabilize viscosity and avoid shot variation over long runs, the system implemented heated sleeves and syringe cartridges where required. Temperature control ensures predictable wetting and bead profile, crucial for optical cleanliness and adhesion reliability. Integrated vision alignment and Smart AOI: High‑resolution vision alignment locates fiducials and precisely follows filter edges, ensuring bead placement stays within tight tolerances. Inline AOI verifies bead width, continuity and edge clearance immediately after dispensing; any out‑of‑tolerance events trigger automated rework or recipe adjustments. Quality, traceability and uptime advantages Separated track design for uninterrupted production: If one station requires maintenance or recipe change, the other track can continue processing, minimizing full‑line downtime and improving overall equipment effectiveness (OEE). Recipe locking and MES integration: Dispense parameters, images and inspection logs are stored and exportable to MES/PLC systems for production traceability and failure analysis—supporting high-mix, high-volume requirements typical in Korean smartphone supply chains. Yield and reliability improvements: Precise piezo dispensing combined with temperature stabilization and vision‑guided placement significantly reduced particle ingress risks and rework caused by misapplied beads. The result is improved first‑pass yield and reduced downstream defect escapes. Conclusion  For Korean camera module manufacturers requiring meticulous adhesive control around IR filters, the FS200A provides a compact, dual‑station solution that combines piezo valve micro‑dosing, temperature‑stabilized syringe feeding, and high‑accuracy vision alignment. By supporting two concurrent process stations within a single footprint, the FS200A boosts UPH while ensuring optical cleanliness, placement repeatability, and full production traceability. Contact Mingseal to pilot the FS200A on your IR filter dust‑capture and protective seal applications and validate cycle time, bead geometry and inspection checkpoints for your production line.

Customer scenario An Indian actuator and camera module manufacturer producing Voice Coil Motors (VCMs) for smartphone and automotive cameras required a fully automatic assembly cell optimized for optical-component-level accuracy. Their production demanded simultaneous glue dispensing and component placement flows, tight positional tolerances to protect lens/grating performance, and reliable inline verification to prevent rework. The customer also needed a platform capable of supporting multi-valve dispensing, tilted and rotated glue paths, and adaptable process sequences for mixed product runs. Mingseal AC100 solution Mingseal configured the AC100 automatic mounting & precision dispensing system as an integrated VCM assembly cell tailored to optical-component requirements. The delivered solution supports combined dispense-then-place and place-then-dispense workflows, enabling flexible sequencing to match different VCM designs and adhesive chemistries. The system’s compatibility with up to four simultaneous valves increases throughput and process versatility while preserving sub-micron placement performance for delicate optical elements. Key capabilities and process features Dual-mode flow: The AC100 executes both point-dispense + pick-and-place and pick-and-place + point-dispense process flows on a single line. This dual-mode capability reduces line changeover and shortens qualification cycles when moving between lens-first and adhesive-first assembly strategies. Four-valve simultaneous dispensing: The dispensing station accepts up to four valves running concurrently (piezojet, screw, or two‑component metering), allowing multi-point adhesive patterns, parallel dosing for multiple components, or independent TIM/adhesive lines for mixed product families. Parallel dispensing reduces cycle time while maintaining consistent shot mass and placement repeatability. Tilt and rotation dispensing head: The AC100’s tilting module (±30°) and rotary compensation deliver complex, multi-face dispense trajectories required for contoured VCM housings and angled magnet/lens seating. This enables uniform bead profiles on non-planar surfaces and precise edge coverage without mechanical interference to fragile optics. High-precision mounting and compensation: The mounting head combines linear-motor positioning with direct-drive fine compensation to achieve micron-class placement accuracy. Automatic focus vision recognizes varying part heights and corrects Z-axis approach for precise seating of optical components and coils. Inline adhesive effectiveness detection: A dedicated glue-effect inspection module measures bead geometry and wetting behavior immediately after dispense. By identifying under-fill, stringing, or mis-wetting in real time, the system reduces downstream rework and ensures consistent VCM damping and magnetic centering performance. Quality control and smart factory integration  AC100 logs dispense images, placement coordinates and process parameters for each unit and supports MES connectivity and industry-standard communication protocols. Integrated AOI and pick-and-place verification create closed-loop feedback to automatically tune dispense volume, pulse parameters and placement offsets during the run—improving first-pass yield and reducing variability across batches. Production outcomes and value Increased yield and reliability: Real-time glue-effect detection and accurate placement reduce optical misalignment and adhesive-related failures, boosting first-pass yield and lowering warranty risk for camera assemblies. Greater flexibility and throughput: Four-valve simultaneous dispensing and dual-mode process sequencing support mixed-model lines and higher UPH without added footprint. Reduced qualification time: Modular tooling and multi-valve compatibility shorten changeover for new optics or adhesive materials, supporting rapid product updates in India’s fast-moving mobile market. Conclusion  For Indian VCM and optical-module manufacturers seeking a high-precision, highly adaptable automated cell, the AC100 provides an integrated solution that combines advanced dispensing, angled-path capability, multi-valve throughput and inline adhesive-effect inspection. Contact Mingseal to pilot the AC100 on your VCM designs and validate cycle time, placement accuracy and adhesive performance in your production environment.