Pomya Inkjet Coder, 600 DPI Resolution 4.3 Inch HD LED Touchscreen Silver Color Handheld Inkjet Printer for Cardboard

Multilingual Support And High Print Resolution: The inkjet coder supports an extensive range of languages, including Chinese (simplified and traditional), English, Russian, Thai, Spanish, German, French, Japanese, Arabic, Turkish, Italian, Portuguese, Vietnamese, Bulgarian, Ukrainian, Hebrew, Hungarian, Greek, Polish, Indonesian, Dutch, Serbian, Malaysian, Filipino, and Persian. This multilingual capability opens up usage across various regions. Additionally, it boasts a high print resolution of
Powerful Performance: Equipped with an intelligent 4 core CPU and a large capacity battery, this compact coding machine ensures slick and continuous manipulation without interruptions. Whether you're printing labels or barcode friendly materials, the system remains efficient, making it suitable for high demand environments.
Ergonomic Design: Designed with unique ergonomic features, the portable inkjet printer offers unparalleled comfort during manipulation. Its handheld design ensures that users can maintain a comfortable grip, reducing fatigue during extended printing tasks. The device also supports multiple input methods, including handwriting, predictive text, and USB, compatible with both for Android and for iOS systems, enhancing user experience.
Versatile Printing Capabilities: The handheld inkjet printer meets diverse printing needs by being able to print text, numbers, symbols, QR codes, barcodes, images, date, time and labels on various materials, including wood, acrylic, fabric, paper, plastic, textiles, leather, and more. This versatility makes it a good solution for different industries and applications.
4.3 Inch HD LED Touchscreen: Featuring a 4.3 inch HD LED touchscreen with a user friendly interface design, the handheld inkjet printer provides an intuitive experience akin to using a smartphone. This ensures that users can easily navigate through various functions and settings, maximizing productivity during printing tasks.