Can a garment steamer injection mould be customized for specific designs or features?

Garment steamers are primarily composed of various components, such as a water tank, heating element, steam nozzle, and control panel, which are usually assembled using manufacturing methods like molding, welding, or fastening.
Injection molding is a manufacturing process primarily used for creating plastic parts with high precision and repeatability. It involves injecting molten plastic material into a mold cavity, allowing it to cool and solidify, resulting in the desired shape.
While injection molding is not commonly used for garment steamers, some aspects of the product can be customized or modified during the design and assembly stages, such as:
Design of the Steam Nozzle: The shape and size of the steam nozzle can be customized to suit specific garment steaming needs, such as targeting certain areas of clothing or adjusting the steam flow.
Water Tank Capacity: Manufacturers can offer garment steamers with various water tank capacities to accommodate different usage preferences and needs.
Control Panel and Features: The control panel and user interface can be customized to include specific features, such as steam intensity controls, automatic shut-off timers, or even smart functionalities in more advanced models.
Hose Length and Material: The length and material of the hose connecting the water tank to the steam nozzle can be tailored to the product's design and usability requirements.
Aesthetics and Branding: The external appearance of the garment steamer can be customized to match a particular brand's aesthetics or visual identity.
Safety Features: Manufacturers can incorporate specific safety features, such as thermal protection mechanisms or leak detection systems, based on the intended use and safety standards.
Customization of garment steamers typically involves adjusting the product's specifications, features, and aesthetics rather than using injection molding for the entire product. The manufacturing process for garment steamers typically involves a combination of assembly, welding, and other methods, depending on the materials and components used in their construction.