High Functional Laboratory Ultrasonic Coating Machine

This device has a wide range of application scenarios, especially suitable for cutting-edge research fields such as new energy (fuel cell proton exchange membrane, thin film solar cell), electronic manufacturing (transparent conductive layer, AR/AG/AF functional coating), materials science (hydrophilic and hydrophobic modified coating), ink coating, etc. It can support various experimental needs such as catalyst coating, functional thin film preparation, device prototype verification, etc., providing reliable equipment support for innovative research and accelerating technology transformation in the laboratory.

The UAM6000XL-8P high-performance laboratory spraying equipment adopts a desktop compact design, which not only saves laboratory space, but also integrates multiple high-performance modules: the servo three-axis motion system provides micrometer level positioning accuracy and smooth motion trajectory, and cooperates with the mechanical arm to automatically grasp, move, and place experimental samples, achieving full process automation operation, greatly improving experimental repeatability and efficiency; Built in dispersion system, ultrasonic nozzle system, directional exhaust system, and laser assisted positioning system form a closed loop from material pretreatment, spray positioning to exhaust gas treatment, ensuring coating quality and complying with laboratory safety regulations; Equipped with a high-temperature heating base, the temperature parameters can be flexibly adjusted according to experimental needs, adapting to different thermosensitive materials and process requirements.

This device has a wide range of application scenarios, especially suitable for cutting-edge research fields such as new energy (PEM electrolysis cell proton exchange membrane catalyst coating, thin film solar cell electrode coating), electronic manufacturing (preparation of flexible electronic transparent conductive layer, micro sensor AF anti fingerprint coating), materials science (hydrophilic and hydrophobic modification of high molecular weight substrates, preparation of nanocomposite thin films), and ink coating (precise coating of flexible circuit ink). Whether it is the verification of coating performance after catalyst synthesis, optimization experiments of functional film formulation, or rapid preparation and performance testing of device prototypes, UAM6000XL-8P can provide stable and reliable technical support, helping laboratories shorten research and development cycles, improve experimental data reliability, and empower innovative research and technology transformation.

Automated and intelligent robot transportation platform:
The servo three-axis motion system provides micrometer level positioning accuracy and smooth motion trajectory of ± 1 μ m, combined with a robotic arm to automatically grasp, move, and place experimental samples. For example, in the PEM electrolysis cell catalyst coating experiment, it can automatically complete the loading and unloading of 5cm × 5cm proton exchange membrane substrates. Through the three-axis system, Pt/C or IrO ₂ catalyst slurry is uniformly coated according to the preset path, and the catalyst loading amount is accurately controlled (0.1-2mg/cm ²), avoiding thickness deviation and substrate wrinkling caused by manual operation. The experimental repeatability error is ≤ 3%

Liquid supply system:
The built-in dispersion system can preprocess easily agglomerated nano powder slurry (such as graphene conductive slurry, TiO ₂ photocatalytic powder dispersion), avoid particle agglomeration affecting the coating uniformity through high-frequency dispersion, and can achieve 0.5mm level spraying positioning on 1cm × 1cm micro sensor substrate with ultrasonic nozzle system and laser assisted positioning, which is suitable for local functional coating coating in the prototype preparation of micro devices

High temperature heating base:
Equipped with a high-temperature heating platform, it supports precise temperature control from room temperature to 200 ℃ (with a temperature control accuracy of ± 2 ℃). For example, in the modification experiment of hydrophilic and hydrophobic coatings, the polymer substrate can be preheated to 120 ℃, and the fluorine functional coating can be sprayed and cured immediately. The water contact angle of the coating can reach 110-150 °, significantly improving the adhesion and friction resistance of the coating; In the preparation experiment of buffer layer for thin film solar cells, the substrate temperature can be stabilized at 150 ℃ to ensure the crystallinity and electrical properties of CdS or ZnO thin films.

To reach our anytime via email please fill out the form below with your request and a company representative will reply to you. To find your local CHEERSONIC representative to connect directly click your region in the contact drop down menu.