Cincoze Industrial Monitors Enhance Information Display for Semiconductor Plasma Dry Strip Equipment
Semiconductor manufacturing places extremely high demands on equipment stability, process efficiency, and long-term operation. The end customer for this application is a well-known semiconductor process equipment solutions provider in Northeast Asia, whose products cover front-end wafer fabrication equipment. Plasma dry stripping — the removal of photoresist — is the company's most representative core application, and it has long held a leading position in global market share.
Plasma dry strip equipment is a critical tool in front-end semiconductor manufacturing, used to remove photoresist and residue from wafers after lithography and etching. To support stable processes, high wafer throughput, low cost of ownership, and long-term operation, the process monitoring display built into this equipment must consistently and reliably present process data and results, helping operators track equipment status in real time and ensuring production efficiency and process quality. This project is expected to deploy over one hundred 17″ Cincoze industrial monitors (CV-117R/M1101) annually, integrated into the dry strip equipment as the on-machine process monitoring display.
Product Requirements
17″ 5:4 Touch Display Requirements
The customer specified a 17″ 5:4 touch monitor for integration into plasma dry strip equipment with a fixed mechanical footprint and predefined operator interface layout. Clear visuals and intuitive touch operation support long-term display of equipment status, process parameters, and processing results, helping operators track process conditions in real time, adjust parameters accordingly, improve monitoring efficiency, and reduce the risk of misreading data.
Multiple Display Signal Inputs
The touch monitor must support multiple display signal inputs, including HDMI and DisplayPort, to receive video feeds from different equipment controllers and clearly present equipment status, process parameters, and processing results. This also reduces the need for additional adapters, helping the customer simplify equipment integration and improve deployment efficiency.
High Reliability and EMC Protection
Because plasma dry strip equipment can be surrounded by sources of electromagnetic interference such as RF power supplies, motors, and controllers, the touch monitor integrated into the semiconductor equipment must offer strong EMC protection and interference immunity. This ensures stable, reliable display and touch performance, reduces the risk of unexpected downtime, and improves overall equipment availability.
Why Cincoze?
A Complete Display Portfolio for Diverse Equipment Configurations
The Display Computing — CRYSTAL product line offers a complete range of industrial display solutions, spanning indoor, high-brightness outdoor, and open-frame industrial monitors, as well as industrial panel PCs. With nearly 300 product configurations — 8″ to 24″ screen sizes; 4:3, 5:4, and 16:9 display ratios; single-touch resistive and multi-touch capacitive technologies; and Panel Mount, VESA Mount, and Rack Mount installation options — customers can quickly select the right product for their application, improving design flexibility and equipment integration efficiency.
Rich Interface Support Simplifies Equipment Integration
Cincoze industrial monitors support a wide range of video input interfaces, including DisplayPort, HDMI, and VGA, to receive video signals from controllers and clearly display equipment status, process parameters, and processing results. They also feature USB and COM touch signal interfaces for connection to the main controller to enable touch operation, reducing the need for additional adapters and helping customers simplify deployment while lowering ongoing maintenance complexity.
UL and EN 61000 Meet Industrial Equipment Environmental Requirements
The Cincoze industrial monitor (CV-117R/M1101) features an industrial-grade rugged design with a die-cast aluminum front bezel, IP65-rated front panel protection, and a wide operating temperature range of -20°C to 70°C, withstanding long-term operation, on-machine cleaning and maintenance, and ambient temperature fluctuations typical of semiconductor equipment. It also carries UL safety certification and meets industrial environment EMC compliance (EN 61000-6-2/6-4), ensuring stable display performance and reliable touch operation in plasma dry strip equipment.
Q&A
Q1：What EMC and safety certifications should industrial monitors for semiconductor equipment comply with?
A：
Industrial monitors used in semiconductor processing equipment should typically be UL certified and comply with EN 61000-6-2 and EN 61000-6-4 EMC standards for industrial environments. UL certification verifies electrical safety to reduce the risk of electric shock, overheating, and fire, while EMC compliance ensures the monitor can withstand electromagnetic interference without disrupting nearby equipment, enabling reliable long-term operation.
Q2：Why do plasma dry strip systems require industrial touch monitors?
A：
Compared with commercial displays, industrial touch monitors are better suited for semiconductor equipment exposed to electromagnetic interference from RF power supplies, motors, and controllers. They provide stable display performance and reliable touch operation during continuous use, helping reduce unexpected downtime and enabling operators to monitor process conditions and adjust parameters efficiently.
Q3：What features should an industrial monitor for semiconductor equipment have?
A：
Industrial monitors should be selected according to available installation space and software interface, including suitable screen size, aspect ratio, touch technology, mounting method, and support for common video interfaces such as HDMI, DisplayPort, and VGA. They should also provide IP protection, wide-temperature operation, EMC immunity, and industrial safety certifications to ensure reliable long-term performance.
