Based on the available data from supplier listings for the MZM-02 and the OM series models, here is a consolidated profile of what you can expect:
| Parameter | Likely Specification | Source / Notes |
|---|---|---|
| Brand | G.T. / GUNZE (Gunze Electronics) | A well-known Japanese manufacturer of industrial touch sensors and displays -1. |
| Model Number | U.S.P. 4.484.038 MZM-02 | The "MZM-02" suffix likely denotes a specific configuration or revision -1. |
| Product Type | Touch Screen Digitizer / Glass Panel | This is the touch-sensitive glass layer, typically without the underlying LCD display -1-2. |
| Touch Technology | Analog Resistive | While one listing mentions "capacitive" for the MZM-02, it is likely an error -1. Multiple other models in the USP 4.484.038 series are explicitly described as "resistive touch screens" -3-4. Resistive technology is standard for industrial applications where operation with gloves is required. |
| Screen Size | 5 to 20 inches | This range is provided in the MZM-02 listing, but it is too broad to be precise -1. A more exact size would be listed in a proper datasheet. |
| Primary Application | Industrial Control, Medical Equipment | GUNZE touch panels are widely used in these fields, and the series is marketed for such purposes -3-4. |
| Interface Type | USB 2.0 (Full Speed) or RS-232 Serial | An OM series listing specifies "USB 2.0" -4. A supplier of similar panels mentions both "USB1.1/2.0 and RS232 interface" as options -3. The MZM-02 listing mentions "D-Sub, DVI, Serial port," which likely refers to the controller's connectivity options -1. |
| Operating System Support | Windows, Linux, XP | This is mentioned for a series controller, indicating broad driver compatibility -3-4. |
| Touch Durability | High (Resistive type) | Designed for frequent use, resistant to dust, water, and high temperatures. Can be operated with gloves, nails, or a stylus -3. |
| Operating Temperature | -40°C to +85°C | This "military level" specification is mentioned for a controller in the series, suggesting the overall solution is built for harsh environments -3 |
