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Fuji Electric's Programmable Operation Display (POD) provides vivid and sharper images in more than 60,000 colors. Our POD supports up to 8 languages, and contributes to enhance the efficiency of plant management by simplifying the customer's system around the world.

Human Machine Interface (HMI) panels are industrial operator interfaces used to monitor, control, and visualize machines and automated processes. HMI systems provide a graphical interface through which operators can view real-time production data, adjust operating parameters, monitor alarms, and control connected equipment. Modern HMIs feature touchscreen displays, programmable graphics, data logging, communication interfaces, and compatibility with PLCs, drives, sensors, and industrial networks. Designed for reliable operation in demanding environments, they are available in various screen sizes, resolutions, mounting configurations, and communication options. HMIs are widely used in manufacturing, process automation, packaging, water treatment, energy systems, material handling, and industrial control applications.

Key Specifications
Parameter Specification
Product Type Industrial Human Machine Interface
Display TFT LCD / LED Touchscreen
Screen Size Typically 4.3 - 21.5 inches
Resolution Model dependent, up to Full HD
Touch Type Resistive / Capacitive
Operating Voltage Typically 12 - 24V DC
Communication Ethernet, RS232, RS485, USB
Protocols Modbus, Ethernet/IP, Profinet and others
Protection Typically IP65 front panel
Mounting Panel / Flush Mount
Operating Temperature Model dependent
Memory Internal / Expandable, model dependent

PP Edge Banding

https://www.chimeda.com/products-keywords/insulated-weather-gasket-pp-edge-banding.html
Chimeda provides high-quality insulated weather gasket PP edge banding solutions designed for furniture panels, doors, cabinets, and sealing applications requiring enhanced insulation, edge protection, and airtight performance.

Combining the decorative benefits of PP edge banding with the sealing performance of an insulated weather gasket, this product helps improve thermal insulation, dust resistance, noise reduction, and moisture protection while maintaining a clean decorative finish.

Suitable for modern furniture systems, aluminum profiles, cabinet doors, and insulated panel applications.

Advantages of PP Edge Banding with Weather Gasket
Excellent Insulation Performance
The integrated weather gasket helps reduce thermal transfer and improves sealing performance for insulated furniture and panel systems.

Enhanced Dust & Moisture Protection
The sealing profile effectively blocks dust and moisture, helping extend furniture durability and improve indoor cleanliness.

Noise Reduction
The insulated gasket structure minimizes vibration and sound leakage, making it suitable for quiet indoor environments.

Introducing magnesium aluminum zinc composite panel from Leboom, China's leading manufacturer, supplier, and factory for premium construction materials. Our Zinc Composite Panels are crafted from high-quality zinc alloy and reinforced with a unique composite core, providing exceptional strength, durability, and versatility for both commercial and residential projects.
Engineered to withstand extreme weather conditions, these panels prevent deformation and discoloration, making them an ideal choice for faaade applications, cladding systems, and roofing solutions. Easy to install and low-maintenance, our panels are available in a wide range of sizes, textures, and colorsâ??offering architects and designers maximum creative flexibility without compromising performance.

This AluzincMg-Al-Zn Alloy Composite Panel Systems comprises Insulated composite panels manufactured in a factory setting by bonding Class A fire-rated insulation material with metal faceplates using adhesives. The panels provide integrated thermal insulation and decorative functions. The steel sheets used include Aluzinc/Mg-Al-Zn alloy coated steel sheets, stainless steel sheets, etc.

Aluzinc panels are highly workable suitable for folding, bending, perforation and profile forming. Standard fastening/rainscreen attachments apply; for insulated versions follow manufacturer guidelines for thermal bridging and vapor control.

Thin Porcelain Insulated Composite Systems(TPICP)
Thin Porcelain Insulated Composite Panels are factory-produced composite boards manufactured by bonding thin porcelain tiles with insulation materials using adhesives. They provide integrated thermal insulation and decorative functions and are categorized into Type I and Type II insulated decorative panels.
Product Advantages:
Eco-Friendly: Made from natural minerals fired at high temperatures, the thin ceramic insulated composite panels are free from radioactive pollution and harmful substance emissions, fully meeting environmental requirements.
Thermal Color Stability: Excellent resistance to discoloration caused by temperature changes. As the thin porcelain tile itself is sintered at 1300C, it remains unaffected by temperature variations, ensuring long-lasting, vibrant, and stable color.
Scratch & Wear Resistance: The surface undergoes special treatment, providing outstanding abrasion and scratch resistance. It is not easily damaged by knives or sharp objects, maintaining its aesthetic appeal over time.
High-End Aesthetics & Cost Efficiency: The decorative appearance can achieve an effect similar to traditional dry-hung stone cladding, meeting high-end architectural demands. Factory production ensures consistent product quality. Compared to traditional stone curtain wall systems, it significantly reduces weight, shortens construction time, lowers overall project costs, and conserves resources.

The system is composed of fire-resistant composite metal panels, insulation material, and adhesives. It is categorized into Type A and Type B panels. The fire-resistant aluminum panel consists of dual-sided 3mm, 4mm, or 5mm aluminum sheets bonded with a polymer adhesive and filled with inorganic materials such as aluminum hydroxide and magnesium hydroxide.
Type A panels are flat boards created by directly bonding the composite fire-resistant metal panel with insulation material. Type B panels are formed by bending the composite fire-resistant metal panel and then filling it with insulation material.
Metal Insulated Composite Panel Systems Product Advantages:
High Resistance to Deformation: The inclusion of inorganic materials like aluminum hydroxide and magnesium hydroxide within the double-layer aluminum sheets provides superior resistance to deformation, an advantage unmatched by traditional aluminum single-skin panels.
Significantly Reduced Cost: The overall thickness of the metal used is reduced, as the core filler material replaces a portion of the metal volume, leading to notable cost savings.
Diverse Design Options: The fire-resistant composite panels are available not only with traditional aluminum surfaces but also in a variety of finishes including stainless steel, titanium zinc, brass, wood grain, and stone grain.
Class A Fire Rating (Non-combustible): Offering better fire performance than standard aluminum panels, the inorganic filler material in the fire-resistant aluminum panel will not ignite or support combustion.

This system features composite panels manufactured in a factory by bonding Class A fire-rated insulation material with an aluminum faceplate using adhesives. The panels integrate thermal insulation and decorative functions. The aluminum sheet used is grade 3003 aluminum alloy.
Aluminium Insulated Composite Panel Systems Product Advantages:
Excellent Color Stability & Weather Resistance: Superior color consistency with over 20 years of weather resistance without fading. A self-cleaning nano-coating keeps the finish bright and beautiful long-term.
Lightweight with High Strength: The Aluminium Insulated Composite Panels are thin yet highly flexible, strong, and lightweight. Weight can be as low as 20kg per square meter, significantly reducing the building load and minimizing the risk of detachment.
High Malleability: The metal panel offers excellent plasticity. It can be designed and custom-shaped through sheet metal bending to create various custom-shaped panels according to the facade design.
Simple Installation: Installation is straightforward and can proceed under almost all climatic conditions, except for the most severe weather. The construction site utilizes a simple "three-step method" for assembly.

The 3D Aluminium Composite Panel utilizes aluminum alloy sheets as the base material. Its structure consists of a bottom plate, a three-dimensional core plate, and a top panel, layered sequentially from bottom to top. Both the top and bottom plates are fixedly connected to the upper and lower surfaces of the 3D core plate via adhesive layers, forming the integrated 3D panel.
This panel is an improved version of traditional honeycomb panels. It is lighter in weight, entirely composed of aluminum (making it 100% environmentally friendly), and boasts an A2-grade fire rating. It offers excellent workability and can feature surfaces with premium finishes like stone, wood grain, or a mirror effect.
The 3D Aluminium Composite Panel System uses this 3D panel as the decorative facade. Through a thermal lamination process, it is bonded in the factory with Class A fire-rated insulation material to create a pre-fabricated composite panel that integrates both insulation and decorative functions.