Views: 0 Author: Nursen Publish Time: 2025-12-06 Origin: https://www.luphitouch.com
The following is further supplementary content on the material and process of coffee machine panels, covering more new materials, innovative processes, as well as analysis of the application scenarios and advantages and disadvantages of different materials:
CFRP） Carbon fiber reinforced plastic (CFRP)：
Features: lightweight, high strength, heat resistance (can withstand temperatures above 150°C), surface can be treated with a matte finish or carbon fiber texture, giving it an upscale feel.
Application: High-end commercial coffee machines or home models that strive for extreme lightweight, such as certain portable coffee machines that use CFRP panels to reduce weight.
Disadvantages: High cost, difficult processing, requiring professional molds and techniques.
Ceramic Coated Panel：
Features: High surface hardness (up to 9H), wear-resistant, corrosion-resistant, and self-cleaning function (oil stains are not easily attached), while presenting a matte or glossy texture.
Application: Suitable for household coffee machines that frequently come into contact with water and coffee stains, such as certain German brands that use ceramic coatings to enhance durability.
Disadvantages: high brittleness, weak impact resistance, and easy cracking upon dropping.
Bamboo Fiber Composite：
Features: Made with bamboo fiber as the base material, combined with bio-based resin, environmentally friendly and biodegradable, surface can be treated with natural bamboo texture, giving a warm and smooth texture.
pplication: coffee machines that emphasize environmental protection concepts, such as certain Nordic brands using bamboo fiber panels to attract consumers who value sustainability.
Disadvantages: Poor water resistance, may deform when exposed to damp environments for a long time, requiring additional waterproof treatment.
Recycled plastic regenerated materials：
Features: By recycling plastic waste such as coffee machine shells and packaging, it is reprocessed into panels, reducing carbon emissions. The surface can be treated with a granular texture or matte finish.
Application: economic coffee machines or environmentally themed models, such as certain entry-level products that use recycled plastics to reduce costs.
Disadvantages: Slightly weaker than new plastic, may age and discolor over long-term use.
Titanium alloy panel
Features: Lighter than stainless steel (density about 4.5g/cm³), extremely corrosion-resistant (even superior to 316 stainless steel), surface can be brushed or polished, luxurious texture.
Application: ultra-high-end commercial coffee machines or limited edition models, such as certain Italian brands using titanium alloy panels to enhance brand premium.
Disadvantages: extremely high cost, difficult processing, only a few brands use it.
Aluminum Alloy Anodized Panel：
Features: Forms a dense oxide film on the surface of aluminum alloy through anodizing process, with high hardness (up to 300 HV or above), wear-resistant, corrosion-resistant, and can be dyed into various colors such as champagne gold and rose gold.
Application: High-end household coffee machines, such as certain Japanese brands that use anodized aluminum alloy panels to enhance their appearance.
Disadvantages: Inconsistent thickness of the oxide film may lead to color differences, requiring strict quality control.
（MAO） Micro-Arc Oxidation (MAO)：
Principle: A ceramic oxide film is generated on the surface of aluminum alloy by electrochemical methods, with a hardness of up to 1000-3000 HV, far exceeding the wear resistance of ordinary anodizing.
Application: High-end coffee machine panels, such as those used in certain military-grade coffee machines that employ micro arc oxidation technology to enhance durability.
Effect: The surface has a matte texture, delicate to the touch, and can achieve deep colors such as black and gray.
PVD Vacuum Coating
Principle: In a vacuum environment, metal or compounds are evaporated and deposited on the surface of the panel to form an ultra-thin (0.1-1μm) coating, which can achieve a metallic texture (such as gun gray, antique copper).
Application: high-end coffee machine panels, such as certain German brands that use PVD coating to enhance a sense of luxury.
Advantages: The coating has strong adhesion, wear resistance, corrosion resistance, and is environmentally friendly with no pollution.
Integrated molding process
Principle: By using high-pressure injection molding technology, the panel is integrated with other parts of the body to form a single piece, reducing seams and screw holes, thereby enhancing overall sealing and aesthetics.
Application: High-end household coffee machines, such as certain frameless models that adopt a one-piece molding process to achieve a minimalist style.
Advantages: Simple appearance, excellent waterproof and dustproof performance, but high mold cost.
Laser Engraving and Cutting
Principle: Use lasers to engrave the brand logo, parameter identification, or decorative patterns on the panel, or achieve backlighting effects through hollow-out design (such as LED strips emitting light through the hollowed-out parts).
Application: Customized coffee machines for personal use or high-end commercial models, such as certain coffee machine panels featuring laser-engraved brand stories or artistic patterns.
Effect: Enhances product recognition, strengthens a high-tech or artistic atmosphere.
Water-based paint spraying
Principle: Replace traditional solvent-based coatings with water-based paints to reduce VOC (Volatile Organic Compounds) emissions and meet environmental protection standards.
Application: All coffee machine panels requiring spray coating processes, such as certain models exported to Europe and the United States that must use water-based paint to meet regulatory requirements.
Advantages: Environmentally friendly with no odor, but the drying time is longer, requiring optimization of production line rhythm.
Biobased plastics injection molding
Principle: Replace petroleum-based plastics with bio-based plastics (such as PLA) made from plant starch to reduce carbon emissions.
Application: Environment-themed coffee machines or children's coffee machines (avoiding plastic pollution), such as certain brands using bio-based plastic panels to attract environmentally conscious consumers.
Disadvantages: Poor heat resistance (typically below 100°C), need to optimize the formula to improve performance.
1、High-end models: Titanium alloy/carbon fiber + micro arc oxidation/PVD coating + laser engraving, focusing on luxurious texture and durability.
2、Mid-range models: anodized aluminum alloy/ceramic coating + water-based paint spraying, balancing cost and performance.
3、Economy Model: Recycled Plastic/Bamboo Fiber + Regular Spray Paint, Focusing on Environmental Protection and Cost-Effectiveness.
4、Customized models: transparent glass/acrylic + LED backlight + laser engraving, emphasizing a sense of technology and artistry.
By meticulously pairing materials and craftsmanship, the coffee machine panel not only meets functional requirements but also serves as a core carrier for brand differentiation competition.
