Deepening the Industrial Display Track

Recently, Shenzhen Richarmony Technology Co., Ltd. (hereinafter referred to as "Richarmony Technology"), a company deeply engaged in the display field, announced the completion of the core technology iteration of its LCD Modules. Its series of industrial-grade touch display modules have passed a number of authoritative industry certifications. Relying on advantages such as wide-temperature adaptation and strong environmental resistance, the company has successfully won bulk orders from three intelligent manufacturing enterprises in the Yangtze River Delta region, further consolidating its competitiveness in the segmented track.

As a high-tech enterprise focusing on LCD Modules as its core business, the upgraded product series launched by Richarmony Technology this time covers the full size range of 7-15.6 inches, among which the 7-inch 1024x600 resolution module for industrial scenarios has become the market focus. This product continues Richarmony Technology's in-depth refinement of adaptability to industrial environments:

• It adopts an IP54 dust-proof and waterproof structural design.
• The shell is made of UL94 V-0 grade flame-retardant ABS material, which can resist dust intrusion and oil splashing in workshops.
• Through low-temperature startup optimization and high-temperature heat dissipation solutions, it achieves an ultra-wide operating temperature range of -25℃ to 75℃.
• Even in outdoor inspections in northern winter or smelting workshops in southern summer, it can still maintain stable performance with no screen flicker and no touch failure.

In terms of core performance, the new LCD module has achieved dual breakthroughs:

• Touch Control: It supports 3-5 point capacitive touch with a response delay as low as 0.08 seconds, adapting to the needs of wearing thin gloves for operation in industrial scenarios, and improving operation efficiency by 70% compared with traditional mechanical buttons.
• Display: It is equipped with a high-contrast TFT panel, combined with a 200-450nits adjustable brightness design. The screen reflectivity is less than 15% in strong light environments, and it can also accurately display equipment fault codes and operating parameters in dim workshops.
• Compatibility: The module is compatible with mainstream equipment such as PLCs and industrial computers.
• Communication: It supports RS485/USB dual-interface communication, and can be quickly integrated without custom drivers, greatly reducing the hardware adaptation cost of downstream enterprises.

"The core competitiveness of industrial displays lies in the dual guarantee of 'reliability' and 'adaptability'," said the R&D director of Richarmony Technology in an interview. The company has established a full-chain quality control system from panel selection, structural design to finished product testing.

• Each batch of modules undergoes 5,000 insertion and extraction tests, 72-hour high-low temperature cycle tests and electromagnetic interference resistance tests.
• The mean time between failures (MTBF) exceeds 50,000 hours.
• At present, its products have been widely used in scenarios such as intelligent inspection terminals, equipment control cabinets and medical monitors, serving customers in multiple fields including new energy, precision manufacturing and smart medical care.

It is understood that relying on the advantages of Shenzhen's complete electronic industry supply chain, Richarmony Technology has built an intelligent production line with an annual output of 500,000 LCD modules. After this technology upgrade, the company has further expanded high-end application markets such as outdoor monitoring and extreme environment equipment, and it is expected that the revenue proportion of industrial-grade products will increase to 60% within the year. Industry insiders pointed out that against the background of the accelerated intelligent transformation of the manufacturing industry, Richarmony Technology's technical layout accurately meets market demands and is expected to continue to release growth potential in the segmented field.