Automatic irrigation controllers usually have the function of preset time plans, which can be accurate to daily or even hourly irrigation operations. It allows plants to be nourished with water at the most suitable time, effectively avoiding over-irrigation or water shortage.

This device can perform environmental sensing and regulation: when equipped with soil moisture sensors, weather stations and other equipment, the automatic irrigation controller can monitor soil moisture, temperature, rainfall and other factors in real time. And adjust the irrigation strategy accordingly to achieve on-demand irrigation and improve water resource utilization efficiency.

Remote control and monitoring: Through the Internet of Things technology, users can remotely control the automatic irrigation system. View and adjust the irrigation status anytime and anywhere, greatly improving management efficiency.

The automatic irrigation controller panel designed by XINBIXI perfectly meets the needs of the Briidea brand. The overall design is simple and modern. The control panel uses a pure white background to create a fresh and elegant visual effect. In the center of the panel, there is a striking “Briidea” brand logo, highlighting the unique identity and quality of the product.

Each button on the panel is accompanied by a clear symbol or text description, so that users can understand the function of each button at a glance, making it more convenient to operate.

The buttons of the control panel are reasonably laid out, moderately sized, and evenly spaced, which ensures the convenience of operation and avoids the possibility of accidental touches. At the same time, the pure white background forms a sharp contrast with the dark or colored buttons, making the entire product look more eye-catching and easy to identify.

The production process of this control panel:

1. Design stage

Communicate with customers to clarify the functional requirements, size, shape, color, icons, and text descriptions of the automatic irrigation controller panel.

Determine the use environment, such as temperature, humidity, light, etc., to ensure that the material selection and design meet these requirements.

Use design software to draw a preliminary design of the product.

The design drawing should include all necessary icons, text descriptions, button locations and shapes, etc., to ensure that the design drawing is consistent with customer expectations and requirements.

2. Material selection

Select an appropriate substrate according to the environment in which the automatic irrigation controller panel is used. The substrate should have good durability, scratch resistance, and transparency.

Select inks and adhesives that are compatible with the substrate. The ink should have good color vividness and weather resistance.

The adhesive should ensure that the automatic irrigation controller panel can be firmly attached to the electronic device.

3. Manufacturing stage

The design is printed onto the substrate using techniques such as screen printing, thermal transfer or digital printing, ensuring that the printing quality meets customer requirements, including color accuracy, clarity, etc.

The printed substrate is cut into the required shape and size using techniques such as laser cutting, mechanical cutting or die forming. It is necessary to ensure that the cut edges are flat and burr-free.

Finally, the cut automatic irrigation controller panel is assembled and bonded to the rest of the electronic device.

Use appropriate adhesives or fixings to ensure that the automatic irrigation controller panel is firmly attached to the electronic device.

4. Testing and quality control

Perform functional tests on the automatic irrigation controller panel to ensure that all buttons, icons and text instructions work properly and check for any printing errors or manufacturing defects.

When conducting durability tests, such as wear resistance tests, scratch resistance tests, weather resistance tests, etc., it is necessary to ensure that the automatic irrigation controller panel can maintain good performance and appearance in the expected use environment.

Perform quality control checks on each manufacturing batch, and record test results and any potential problems so that necessary adjustments and improvements can be made.