Piezoelectric Inkjet Printer — Variable Data, 600dpi, 36-71.8mm
  • Piezoelectric Inkjet Printer — Variable Data, 600dpi, 36-71.8mm

Piezoelectric Inkjet Printer — Variable Data, 600dpi, 36-71.8mm

The Piezoelectric Inkjet Printer — Variable Data, 600dpi, 36–71.8mm is a compact, high‑resolution inkjet made for small to mid‑size labels and narrow substrates. It uses piezoelectric printheads to print crisp 600 dpi text, barcodes, QR codes, logos and variable data like serial numbers or expiry dates across a print width of 36–71.8 mm. The unit is fast, easy to fit into production lines, works with a range of inks and materials, and is built for precise, repeatable marking on single items or long runs.

Usage scenarios:
- Line coding and labeling: print batch codes, expiry dates, barcodes and QR codes on food, beverage and pharmaceutical packs.
- Personalized and variable runs: print names, addresses, ticket numbers or unique IDs for mailings, event tickets and small-batch labels.
- Traceability and part marking: mark serial numbers, lot codes and component IDs on electronics, automotive parts and lab samples for quality control and tracking.
Products Details
  • Feedback
  • Product advantages

    Built on decades of precision print engineering, our piezoelectric inkjet printer offers industrial reliability and high-resolution variable-data printing at 600 dpi for crisp alphanumeric, barcode, and graphic outputs. With a compact 36–71.8 mm printable width, precise drop placement, and fast data handling, it supports seamless integration into production lines and a wide range of solvent and UV inks for durable marking. Key features include piezoelectric printheads for fine droplets, adjustable print widths, low-maintenance design, and versatile connectivity—delivering superior print clarity, minimal downtime, and scalable throughput for traceability and coding applications.

    Company profile

    Founded on precision engineering and customer-focused innovation, our company delivers piezoelectric inkjet solutions engineered for high-resolution variable-data printing. The 600 dpi, 36–71.8 mm printhead combines robust piezoelectric actuation with flexible media handling to ensure crisp text, sharp graphics, and reliable serialization across labeling and packaging lines. We prioritize modular design, easy integration, low maintenance, and broad ink compatibility to minimize downtime and total cost of ownership. Backed by global service, rapid technical support, and continuous firmware upgrades, our products empower brands to scale customized production, improve traceability, and accelerate time-to-market with consistent, high-quality results, delivering measurable ROI and lasting confidence.

    Why choose us

    Our company designs and manufactures advanced piezoelectric inkjet printers engineered for high-precision variable-data printing. With 600 dpi resolution and adjustable print widths from 36 to 71.8 mm, our systems deliver crisp, repeatable results for labels, packaging, and direct-mark applications. Core attributes include robust piezoelectric heads, firmware for on-the-fly variable data, and modular interfaces for seamless integration into production lines. We prioritize reliability, low maintenance, and cost-efficient ink usage to maximize uptime and lower total cost of ownership. Backed by global technical support and customization services, we enable customers to accelerate product personalization, regulatory compliance, and short-run profitability and sustainable growth.

    A piezoelectric inkjet printer is an inkjet printer that uses piezoelectric crystals to precisely eject ink droplets onto a surface without the need for heating. This technology allows for better control of the ink, making it versatile and suitable for a variety of professional and industrial applications.


    Key Advantages


    Smart Operating System

    Information editing is convenient and user-friendly. The system supports multilingual interfaces, various fonts, and high-precision printing of multiple image formats on large printing surfaces.


    Flexible Installation

    Modular printheads support bottom, side, or combined installation configurations. Supports RS232, Ethernet, and USB interfaces  for versatile data communication.


    Boost Production Efficiency

    Ink cartridges can be replaced without halting production. Solvent-free ink and automatic cleaning technology minimize maintenance requirements.


    User-friendly Design

    The built-in intelligent negative pressure ink system eliminates the need for an external air compressor. One-click ink priming, residual ink alarms, and a stable temperature-controlled supply ensures reliable performance.



    How it Works


    1. Inside the printhead, each nozzle has a piezoelectric crystal behind it.

    2. An electric current is applied to these crystals, causing them to deform (expand or contract).

    3. The mechanical deformation generates precise pressure pulses within the ink chamber.

    4. The pressure propels tiny, controllable ink droplets from the nozzle onto the printing surface.

    5. By controlling the magnitude and frequency of these vibrations, variable droplet size (grayscale printing) can be achieved, resulting in high-quality, richly detailed images and smooth tonal transitions.


    Common Applications

    Piezoelectric inkjet printers, with their versatility and high precision, are widely used across various industries:


    Graphics and Photography: Producing high-quality jeweled prints, digital artwork, and professional photographs.


    Textiles and Apparel: Printing intricate designs directly onto fabrics such as cotton, silk, and polyester.


    Signage and Display: Creating large-format prints, banners, and vehicle wraps on a variety of substrates including vinyl, canvas, and PVC.


    Industrial Coding and Marking: Printing high-resolution barcodes, graphics, and text on materials such as cardboard, wood, and plastic packaging.


    3D Printing and Electronics: Precisely depositing functional materials for prototyping and manufacturing.



    FAQ


    1. How does piezo technology differ from thermal inkjet technology?


    Piezo Technology: Uses mechanical pressure from piezoelectric crystals, generates less heat, compatible with wider range of inks, offers longer printhead lifespan


    Thermal Technology: Uses heat to create vapor bubbles that push ink out, limited to water-based inks, shorter printhead lifespan due to thermal stress


    2. What types of ink can piezo printers use?

    Piezo printers support multiple ink types including:

    Solvent inks

    ●UV-curable inks

    ●Water-based inks

    ●Eco-solvent inks

    ●Textile inks

    ●Specialty inks (ceramic, conductive, etc.)


    3. What maintenance do piezo printheads require?

    ●Regular automated nozzle cleaning

    ●Periodic printhead alignment

    ●Proper ink system priming

    ●Controlled environment operation

    ●Scheduled professional maintenance


    4. Are piezo printers suitable for food-safe packaging?

    Yes, when using appropriate certified inks:

    ●Compliant with FDA regulations

    ●Low migration ink options available

    ●Suitable for direct and indirect food contact applications





    Basic Information
    • Year Established
      --
    • Business Type
      --
    • Country / Region
      --
    • Main Industry
      --
    • Main Products
      --
    • Enterprise Legal Person
      --
    • Total Employees
      --
    • Annual Output Value
      --
    • Export Market
      --
    • Cooperated Customers
      --
    Send your inquiry
    Chat
    Now

    Send your inquiry

    Choose a different language
    English
    Nederlands
    Türkçe
    français
    العربية
    Español
    Português
    русский
    ภาษาไทย
    bahasa Indonesia
    Deutsch
    italiano
    Current language:English