Features and Performance Parameters of Xaar Series Printheads|Technical Analysis of the Xaar 64-Nozzle Printhead

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Features and Performance Parameters of Xaar Series Printheads

 

The following is a technical analysis of the Xaar printhead series (XAAR 128, 126, 318, 501, 500, 1003, and Proton), covering their structural characteristics, performance parameters, and market applications.

1. XAAR 128

Nozzle Configuration:

  • 128 nozzles
  • Print width: 16.5 mm / 9 mm
  • Nozzle density: 185 npi
  • Drop volume: 40–80 pl
  • Firing frequency: 8.3 kHz

Technical Highlights:

  • Lightweight design (approx. 16 g)
  • Variable drop size capability
  • Compatible with oil-based and solvent inks
  • Well-suited for coding/marking and wide-format graphics applications

Typical Applications:

  • Branded large-format inkjet printers

2. XAAR 126

Market Positioning:

  • One of the earliest Xaar models widely used in the Chinese market
  • Gradually replaced by the XAAR 382 (Proton printhead)

Key Characteristics:

  • Low cost
  • Performance is significantly behind newer models such as the XAAR 382
  • Mainly used in entry-level industrial inkjet systems

3. XAAR 318

Technical Features:

  • Grayscale printhead technology
  • Variable drop volume: 35–60 pl
  • Compatible with UV-curable and oil-based inks

Advantages:

  • High firing frequency
  • Supports single-pass and multi-pass printing at 180 dpi
  • Ideal for compact printer designs

4. XAAR 501

Core Parameters:

  • PrecisionPlus™ architecture
  • Drop volume: 8 pl (binary mode)
  • Firing frequency: 8 kHz
  • Supports 4 grayscale levels

Industrial Design:

  • Robust metal housing with impact resistance
  • Integrated temperature management
  • Compatible with inks of various viscosities

5. XAAR 500

Performance Positioning:

  • Mid-range printhead
  • Balances cost and print quality
  • Positioned between XAAR 128 and higher-end models such as XAAR 760

6. XAAR 1003

High-Density Nozzle Array:

  • 1,000 nozzles
  • Print width: 70.5 mm
  • Nozzle density: 360 npi
  • Drop velocity: up to 6 m/s
  • Ink viscosity range: 6–50 cP

Grayscale Capability:

  • 6–42 pl at 6 kHz
  • 12–84 pl at 12 kHz

Applications:

  • High-speed industrial inkjet printing

7. XAAR Proton (XAAR 382)

Proton™ Technology:

  • Drop volumes: 35 / 60 pl
  • High firing frequency
  • Delivers output comparable to large-nozzle printheads at 180 dpi

Application Scenarios:

  • Compact printer systems
  • Print width: 53.7 mm
  • Suitable for both single-pass and multi-pass printing solutions

Comparative Summary

ModelNozzle CountDrop Volume (pl)Firing FrequencyTypical Applications
XAAR 12812840–808.3 kHzCoding, wide-format graphics
XAAR 38238235 / 609.5 / 7 kHzCompact printers
XAAR 100310006–84 (grayscale)6–12 kHzHigh-speed industrial printing

Technical Analysis of the Xaar 64-Nozzle Printhead

 

The following analysis focuses on the Xaar 64-nozzle printhead, covering its structural design, performance characteristics, and application fields.

1. Technical Background and Structural Features

The Xaar 64-nozzle printhead is based on piezoelectric inkjet technology and features a compact 64-nozzle design, suitable for medium- to low-volume printing applications.

Key Features:

  • Piezoelectric actuation: Ink droplets are ejected through deformation of piezo elements, allowing precise control with a drop volume range of approximately 6–40 pl
  • TF™ TrueFlow internal recirculation: Continuous ink circulation within the printhead minimizes air bubble formation and particle accumulation, significantly reducing clogging risk
  • Ink compatibility: Supports solvent inks, UV-curable inks, and selected industrial fluids such as ceramic inks

2. Performance Parameters and Advantages

  • Printing speed: Maximum firing frequency up to approximately 36 kHz (up to 75 m/min at 720 dpi)
  • Resolution and uniformity: Supports high-resolution printing up to 720 dpi with excellent drop placement consistency
  • Ease of maintenance: Modular design allows quick replacement, minimizing downtime

3. Application Scenarios

  • Industrial labeling and packaging: High-precision coding and variable data printing
  • Ceramic and glass decoration: Compatible with high-viscosity inks such as ceramic glazes, enabling complex pattern deposition
  • 3D printing support: Certain configurations support very high-viscosity materials (up to 1000 cP), making them suitable for additive manufacturing processes

4. Market Positioning and Competitive Comparison

The Xaar 64-nozzle printhead is positioned in the mid-range industrial market. Compared with higher-density models such as the Xaar 128 or Xaar 2002 Plus, its advantages include:

  • Cost efficiency: Ideal for users with limited budgets who still require stable and reliable performance
  • Flexibility: Broad ink compatibility reduces consumable costs and enhances application versatility

 

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