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Positive
Revolutionary MEMS-based technology combines benefits of CIJ and TIJ systems
Higher resolution (100 DPI) compared to traditional systems (70 DPI)
Reduced operational costs through elimination of make-up fluids
Eco-friendly closed system with lower power consumption
Enhanced printing capabilities with no speed reduction for 2D codes
Negative
Limited print height of only 0.50 inches (13mm)
Optimal throw distance restricted to 8mm
Insights
Matthews’ new XIJ printing technology brings significant competitive advantages that could strengthen market position and drive future revenue growth.
Matthews International’s new Axian Inkjet (XIJ) printing technology represents a significant technical innovation in the industrial marking space. By merging the capabilities of Continuous Inkjet (CIJ) and Thermal Inkjet (TIJ) technologies through proprietary micro-electromechanical systems (MEMS), Matthews has created a solution that addresses critical pain points in high-speed production environments.
The technology’s ability to simultaneously print 2D codes and multi-line text without reducing line speed provides a compelling value proposition for manufacturers in the consumer packaged goods (CPG) and fast-moving consumer goods (FMCG) sectors, where production efficiency directly impacts bottom-line performance. The technical specifications – including 100 DPI resolution at 8mm throw distance, speeds up to 200 ft/min, and the elimination of makeup fluids – represent meaningful improvements over traditional systems.
From a competitive standpoint, Matthews appears to have developed intellectual property that could create sustainable differentiation in a market where technical advantages are increasingly difficult to achieve. The closed ink system, which eliminates solvent additives, aligns with growing industry demands for more environmentally sustainable operations while simultaneously reducing operational costs.
This innovation signals Matthews’ continued commitment to R&D investment in their industrial technologies segment and could strengthen their position in the product identification and tracking market, particularly as manufacturers embrace Industry 4.0 automation. With the product launch scheduled for next week’s Pack Expo, this announcement may translate to near-term contract opportunities and potential revenue acceleration in upcoming quarters.
09/24/2025 – 03:43 PM
PITTSBURGH, Sept. 24, 2025 (GLOBE NEWSWIRE) — Matthews International Corporation (NASDAQ GSM: MATW) (“Matthews” or the “Company”) is set to unveil its groundbreaking Axian Inkjet (XIJ) printing technology through its division, Matthews Marking Systems. This innovation promises to redefine high-speed, high-resolution product marking, particularly for consumer-packaged goods (CPG) and fast-moving consumer goods (FMCG) industries. Industry analysts are watching closely to see how this advancement will impact Matthews’ competitive positioning and market share.
**XIJ: A Hybrid Approach to Inkjet Printing**
The new MPERIA® Axian XIJ AX1000 Series printer, slated for launch at the 2025 Pack Expo in Las Vegas next week, represents a synthesis of Continuous Inkjet (CIJ) and Thermal Inkjet (TIJ) technologies. By leveraging proprietary micro-electromechanical systems (MEMS), Matthews Marking Systems has engineered a system where ink droplets are delivered in a simultaneous column, differentiating it from traditional CIJ systems that eject droplets sequentially. This simultaneous delivery significantly enhances marking speed without sacrificing resolution. The ability to print high-quality marks at speeds up to 200 ft/min could provide a significant efficiency boost for high-throughput manufacturing lines.
The shift towards MEMS technology is a key differentiator. “The move to MEMS allows greater precision and control over ink droplet formation,” notes a materials science expert familiar with the technology. “This translates directly into higher resolution and more consistent print quality, especially important for increasingly complex 2D codes.”
**XIJ vs. Traditional Inkjet: A Feature Comparison**
The following table outlines key differences between traditional inkjet systems and the new MEMS-based Axian XIJ technology:
| Feature | Traditional Inkjet (CIJ/TIJ) | MEMS-Based (Axian XIJ) |
| ———————— | —————————– | ————————— |
| Valve Control | Mechanical/Electromagnetic | Micro-valve MEMS |
| Resolution at 8mm Throw Distance | Up to 70 DPI | 100 DPI |
| Maintenance | Complex, Frequent | Simple, Infrequent |
| Make Up Fluids | As Needed | Not Needed |
| Environmental Impact | Solvent fumes (CIJ only) | Closed system, eco-friendly |
| Speed & Flexibility | Limited for 2D codes (CIJ only) | Full speed 2D/linear codes |
**Eco-Friendliness and Economic Impact**
The MPERIA® Axian XIJ features a closed ink system. Eliminating the need for volatile solvent additivies contributes environmental and economic benefits. This reduces volatile organic compound (VOC) emissions that manufacturers are facing increasing pressure to minimize, reducing the company’s carbon footprint, streamlines operational costs and promotes responsible environmental stewardship.
**Performance Highlights**
* Speed: Up to 200 ft/min (60 m/min)
* Resolution: Up to 100 DPI
* Print Height: Up to 0.50″ (13 mm)
* Lines of Text: Up to five
* Throw Distance: 8 mm (optimal)
* Startup Time: Under one minute
* Ink System: Single 800 ml cartridge, no make-up solvent required
**Versatile Substrate Compatibility**
XIJ technology is designed for marking on a range of materials, including:
* Flexible films (PET, OPP)
* Coated cardboard and chipboard
* Plastics (PVC, HDPE, LDPE)
**Expert Commentary**
“XIJ technology is a true game-changer for industrial printing,” stated Lee Lane, Group President, Matthews Industrial Technologies and Matthews Environmental Solutions. “By combining the best of multiple inkjet technologies with our proprietary micro-valve MEMS innovation, we’re delivering unmatched speed, print quality, and reliability. This breakthrough empowers manufacturers to achieve new levels of efficiency and sustainability in their operations.”
**Company Overview**
Matthews Marking Systems provides manufacturers worldwide with marking and coding solutions. Every solution protects the company’s brand, customers, and production flow. Matthews Marking Systems delivers precision marking and coding systems that ensure products are clearly marked, compliant, and protected.
Founded in 1850, Matthews International Corporation operates globally, focusing on industrial technologies and memorialization. The Industrial Technologies segment aims to transform industries through precision technologies and intelligent processes. The Memorialization segment serves the cemetery and funeral home customers. Matthews International also has a brand solutions business called Propelis. Matthews International has over 5,400 employees in 19 countries on four continents that are committed to delivering the highest quality products and services. The company is headquartered in Pittsburgh, PA.
FAQ
What is Matthews International’s new XIJ printing technology?
XIJ (Axian Inkjet) is a breakthrough printing technology that combines Continuous Inkjet (CIJ) and Thermal Inkjet (TIJ) capabilities, using MEMS technology to deliver 100 DPI resolution at speeds up to 200 ft/min.
How does MATW’s new Axian XIJ printer improve sustainability?
The MPERIA® Axian XIJ features a closed ink system that eliminates solvent additives, reduces emissions, and consumes less than 25 watts of power, supporting eco-friendly operations.
What are the key advantages of Matthews’ XIJ technology over traditional inkjet systems?
XIJ offers higher resolution (100 DPI vs 70 DPI), simultaneous 2D code and text printing without speed reduction, lower maintenance costs, and elimination of make-up fluids.
What materials can Matthews’ new XIJ printer mark on?
The XIJ printer can mark on flexible films (PET, OPP), coated cardboard, chipboard, and plastics (PVC, HDPE, LDPE).
When will Matthews International launch the new MPERIA Axian XIJ printer?
The MPERIA® Axian XIJ AX1000 Series printer is scheduled to launch at the 2025 Pack Expo in Las Vegas (next week from the announcement date).
