Production workstations need a clear interface for machine status, operator instructions, and manufacturing records. A 15 inch industrial panel PC can bring these tasks together without the footprint of a large desktop station. Anhui Wenrui Metal Products Co., Ltd. welcomes inquiries from machine manufacturers, factory integrators, and purchasing teams developing repeatable operator terminals. Start by defining what each worker must see and enter during a normal production cycle.
This format is useful for assembly cells, packaging controls, quality benches, and MES access points. It should be selected against the real application, not simply described as a universal factory computer. Barcode reading, measurement entry, user login, and production reporting may all compete for ports and processing resources. A complete workstation specification connects these workflow requirements to the computer, installation, and software configuration.
The GFACE 15 inch industrial HMI computer lists a 1024 by 768 screen in its square-format group. Its front power switch can be reached without opening the rear enclosure. The platform also publishes capacitive and resistive touch choices. Buyers maintaining an established interface can use this resolution as a starting point, then verify scaling, touch targets, and application behavior on a sample.
The IPRO 15 inch fanless touch panel PC includes this size in its stated product family. The aluminum enclosure, fanless structure, and front IP65 protection are relevant to many enclosed workstation designs. Confirm the selected display, motherboard, and mounting arrangement before completing the station drawing. Passive cooling still depends on the temperature and space around the installed unit.
The OPC 15 inch embedded operator computer publishes 15 inches as the lower end of its screen range. Windows and Linux support, capacitive touch, and embedded mounting are described on the detail page. This provides another platform for equipment-side visualization. GFACE-H is also listed in the category, but its exact 15-inch configuration should be requested separately rather than inferred from other series.
Assembly workstations often show a drawing or work instruction beside part information. Give the instruction enough space for meaningful details, then position confirmation controls where operators can reach them easily. Test images from actual production documents. A generic demonstration picture may hide problems with fine annotations, part numbers, or alternative assembly steps.
Part identification deserves equal attention. Define whether the worker scans a label, selects a job from a list, or receives instructions automatically. Confirm how the software reacts to the wrong part and whether duplicate scans create extra records. Hardware and workflow should be tested together, including the scanner mounting location and cable path.
At an inspection bench, the terminal may receive readings from a gauge and associate them with a serial number. Determine how records are stored, reviewed, and exported. Give operators a clear result without requiring them to interpret several windows. If the application must retain local records during network interruptions, include this behavior in the acceptance trial.
| Arrangement | Suitable purchasing priority | Integration consideration |
|---|---|---|
| Integrated 15-inch panel PC | Fewer separately installed components | Computing service takes place at the operator terminal |
| Industrial monitor with a box PC | Independent host and screen replacement | Additional video, touch and power routing |
| Smaller compact panel | Limited station width and focused controls | Less physical space for drawings and data entry |
| Larger workstation panel | Dense instructions or shared viewing | Greater mount load and front-panel area |
Choose the architecture that suits the maintenance plan. An integrated industrial touch terminal simplifies the front-end assembly, while a modular design may make host replacement easier. Compare wiring, spare components, installation labor, and service access in addition to unit price. A station replicated across several lines benefits from a configuration that technicians can recognize and replace consistently.
The GFACE specification lists Ethernet, serial, USB, HDMI, and VGA connections, with certain expansion options. Draw a device-to-port map before requesting a quote. Identify which connections remain occupied and which are reserved for maintenance. Where USB devices run through hubs, evaluate power demand and reconnect behavior instead of assuming that every hub arrangement will be reliable.
Computing resources should follow the MES client, browser sessions, local databases, and background tools used at the station. Include security and management software in the load test. Storage needs should account for retained records and update packages. Ask suppliers to identify the exact configuration offered so procurement can compare equivalent systems and avoid undocumented substitutions in bulk orders.
| Mechanical item | Why it affects the station | Information to approve |
|---|---|---|
| Cutout dimensions | Determine fit in the workstation panel | Model-specific installation drawing |
| Viewing position | Affects posture and visibility | Mounting height, tilt and reach trial |
| Connector clearance | Determines service access | Rear layout with production cables installed |
| Supporting structure | Carries the terminal during operation | Bracket or cabinet load assessment |
| Surface exposure | Influences cleaning and sealing | Applicable protection scope and installation instructions |
Customization can address the station logo, enclosure presentation, memory, storage, port requirements, and software preparation. Provide an approved workstation drawing and the intended application image. State whether terminals must share identical startup behavior, user permissions, and network naming. These details help a manufacturer review repeat supply as a defined configuration rather than a loosely described screen size.
Request a sample, then involve operators and maintenance staff in approval. Record the software revision, peripheral firmware, cable arrangement, and mounting accessories. For recurring wholesale supply, discuss MOQ, shipment batches, change notices, and replacement availability. Keep a recoverable software image so a spare terminal can return to service without rebuilding the station from memory.
It may, depending on their combined computing load and peripheral requirements. Test both applications running together with ordinary background services. Confirm which application owns each connected instrument and how users move between tasks without losing the production record.
The published GFACE table identifies 1024 by 768 for its 10.4-to-15-inch square models. Its widescreen group is specified separately. If Full HD is required, request an explicit display configuration and verify that it matches the mechanical and software design.
A saved application image, documented settings, labeled cables, and an approved spare configuration make replacement more predictable. Confirm access to connectors and mounting fasteners during the prototype installation. Hardware availability alone does not provide a complete recovery procedure.
Specify the platform, screen, CPU, RAM, storage, touch type, software preparation, accessories, and shipment quantities. Identify branding and destination documentation needs. A consistent configuration allows the supplier to quote sample work and recurring units on a comparable basis.
Submit the workstation layout, application requirements, and proposed production quantities to Anhui Wenrui Metal Products Co., Ltd. Through the Contact Us page for 15-inch production terminal supply, buyers can request a configuration discussion and identify sample acceptance requirements. Include the number of stations and installation phases so purchasing and integration can follow the same rollout plan.
