China Raspberry Pi Touch Panel Manufacturers Suppliers Factory - Customized Service

Industrial Raspberry Pi Touch Panels for OEM & Embedded Applications

Jorarri manufactures Raspberry Pi-compatible touch panels for HMI, automation, kiosks, monitoring and embedded equipment.
Standard and OEM/ODM configurations are available from 7" to 21.5", with options for Raspberry Pi 4, Raspberry Pi 5 and Compute Module platforms, industrial interfaces, 9–36V DC input, aluminum housings, and embedded or VESA mounting.
The product can be configured around the requirements of the finished equipment, including display size, computing platform, connectivity, power input and mechanical installation.

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Raspberry Pi Touch Panel Product Range

Jorarri offers touch panel configurations from 7" to 21.5", covering compact embedded interfaces through larger operator panels. The available range includes 7", 10.1", 11.6", 13.3", 15.6", 18.5" and 21.5" configurations.

Display Size	Typical Use	Selection Consideration
7"	Compact embedded HMI	Limited panel space
10.1"	Industrial HMI and control terminals	General-purpose operator interface
11.6"	Equipment control and monitoring	Larger viewing area
13.3"	HMI and equipment operation	Medium-size operator interface
15.6"	Industrial control and monitoring	More information on screen
18.5"	Operator stations and monitoring	Large equipment panels
21.5"	Large HMI and operator interfaces	Spacious viewing area

Display size should be selected according to the available enclosure space, required viewing area, mounting structure and the amount of information to be displayed.
For OEM equipment, these mechanical factors can be considered together with the selected system configuration.

Raspberry Pi Platform & System Integration

Jorarri's touch panels are designed for Raspberry Pi-based equipment where the display, touch interface and computing platform need to function as part of the finished system rather than as a separate monitor.

01/

Raspberry Pi 4
Suitable for existing equipment and projects where Raspberry Pi 4 is already defined within the hardware and software architecture.

02/

Raspberry Pi 5
Suitable for applications requiring higher processing performance. Applicable configurations use the Broadcom BCM2712 quad-core Cortex-A76 processor at 2.4GHz, providing a platform for demanding HMI, monitoring and embedded applications.

03/

Compute Module Platforms
Suitable for OEM equipment where the computing platform needs to be integrated into the product and enclosure structure rather than installed as a separate development board.

04/

Memory & Storage
Applicable BCM2712-based configurations support 2GB, 4GB, 8GB or 16GB LPDDR4-4267 memory, with 16GB, 32GB or 64GB eMMC storage. A Micro SD slot and M.2 B-Key interface for SSD expansion are also available on applicable configurations.
Memory and storage can be selected according to software requirements, local data storage and the intended application.

05/

Industrial Connectivity
Available interfaces include isolated RS232/RS485, isolated CAN 2.0B, 8-channel isolated DI, 8-channel isolated DO, Gigabit Ethernet and 100Mbps Ethernet. The RS232/RS485 combination can be configured according to project requirements.
Wireless connectivity is also available on applicable configurations, including dual-band Wi-Fi 5, Bluetooth 5.0 and optional 4G LTE.
The interface combination can be specified according to the controllers, sensors, networks and other equipment connected to the panel.

06/

Power & Mounting
Applicable industrial configurations support 9–36V DC input and use a fanless aluminum/metal housing. Applicable configurations also include reverse-polarity and overload protection.
VESA 75 and embedded mounting provide options for different equipment structures. Connector locations and cable routing can also be considered for OEM installations.

Typical Applications

The product can be configured according to the role of the touchscreen within the finished equipment.

Industrial HMI

Operator interfaces for machine settings, equipment status, monitoring and control.

Machine Control

Touch-based operator interfaces combined with industrial communication and I/O.

Monitoring Equipment

Larger touchscreen interfaces for equipment status, data and system information.

Automation Equipment

Raspberry Pi-based control and interface systems requiring industrial connectivity.

Kiosks & Terminals

Integrated touchscreen and computing solutions installed within kiosk or terminal enclosures.

Embedded Equipment

OEM equipment where display, computing, power, connectivity and mechanical installation need to be considered as one system.

Configuration Guide for Buyers

The right configuration depends on the requirements of the finished equipment. Buyers do not need to define every technical detail at the beginning of an enquiry; the following information provides a practical starting point.

Choose the Display Size
Consider the available panel space, viewing distance and amount of information that needs to be displayed.

Confirm the Raspberry Pi Platform
Specify whether the project is based on Raspberry Pi 4, Raspberry Pi 5 or a Compute Module platform.
For existing systems, providing the current Raspberry Pi model helps determine the relevant compatibility requirements.

Define Connectivity
List the interfaces required for controllers, sensors, networks and peripherals, such as RS232/RS485, CAN, Ethernet, USB or digital I/O.

Confirm Power & Installation
Provide the required power input and mounting method. For equipment integration, enclosure dimensions, mounting points, connector locations and cable routing are useful.

Indicate the Procurement Stage
Specify whether the requirement is for an engineering sample, pilot quantity or regular production.
This information gives the engineering and sales teams a practical basis for reviewing the configuration and preparing a quotation or sample.

OEM & ODM Configuration

Standard configurations cover common applications. For equipment manufacturers, the panel can also be configured around specific system and mechanical requirements.

Configuration Area	Available Options	Key Considerations
Display & Touch	Display size, resolution, capacitive touch	Viewing area, touch requirements and interface layout
Computing	Raspberry Pi platform, memory, eMMC, M.2 NVMe	Processing and local storage requirements
Connectivity	RS232/RS485, CAN, Ethernet, USB, digital I/O, wireless	Controller, peripheral and network connectivity
Power	9–36V DC input, connector and cable configuration	Equipment power source and wiring
Mechanical	Housing dimensions, mounting structure, connector position, cable routing	Available installation space and enclosure design

The final configuration is confirmed according to the application, system architecture and installation requirements before sampling.
For existing equipment enclosures, providing mechanical drawings or basic dimensions at the enquiry stage can help identify integration requirements earlier in the project.

Manufacturing & Quality

Jorarri operates a 20,000 m² manufacturing facility supporting industrial computing, display and touch-related products. The company's manufacturing operation also supports OEM/ODM projects and production using modern manufacturing equipment.
The manufacturing setup supports prototype builds, pilot production and batch manufacturing, allowing projects to move from initial sampling toward regular procurement under an established product configuration.

Manufacturing Capability
Production resources support different procurement stages, from engineering samples and pilot quantities to ongoing batch orders.

Display & Touch Inspection
Display operation and capacitive touch response are checked during production inspection.

System & Interface Inspection

Configured system functions, communication interfaces and I/O are verified against the agreed product specification.

Power & Assembly Inspection

Power input, connectors, cabling and mechanical assembly are inspected before shipment.

Configuration Consistency

For repeat orders, production is checked against the approved configuration and technical specifications to maintain consistency with the established product reference.

OEM Project Process

For customized equipment projects, the objective is to establish a clearly defined product configuration before regular production begins.

Requirement Review

The application, display size, Raspberry Pi platform, interfaces, power input and installation requirements are identified.

Technical Review

The proposed configuration is checked against the system architecture and mechanical requirements of the target equipment.

Engineering Sample

The agreed configuration is prepared as an engineering sample for evaluation and equipment integration.

Validation

The display, touch function, system functions, interfaces, power input and mechanical fit are evaluated against the project requirements.

Production Approval

Once the configuration is accepted, the approved sample and technical specifications establish the product reference for production.

Repeat Production

Subsequent orders are manufactured against the approved configuration and established product specifications.

FAQ

Q: Can I purchase a standard configuration without an OEM project?

A: Yes. Standard configurations are available for buyers who do not require product changes. OEM/ODM configurations can be considered when the standard product does not match the equipment requirements.

Q: Can the panel work with an existing Raspberry Pi system?

A: Yes. Projects using an existing Raspberry Pi hardware and software architecture can be reviewed according to the Raspberry Pi model, required connections and installation requirements.

Q: What information is needed for a quotation?

A: An initial review can start with the preferred display size, Raspberry Pi platform, required interfaces, power input, mounting requirements, application and estimated quantity.

Q: Can I request an engineering sample before a larger order?

A: Yes. An engineering sample can be prepared for evaluation and integration with the customer's equipment before pilot or regular production.

Q: Can the panel be adapted to an existing equipment enclosure?

A: For OEM/ODM projects, mechanical requirements can be considered as part of the product configuration. Installation space, mounting structure, connector locations and cable routing information are useful for this type of project.

Q: How is MOQ determined?

A: MOQ depends on the selected configuration, customization requirements and order quantity. Standard and customized projects may have different MOQ requirements.

Q: How are repeat orders handled after approval?

A: The approved sample and agreed technical specifications can be used as the production reference for subsequent orders, providing a defined configuration for repeat procurement.

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