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INTERMAC is a Korean manufacturer of industrial marking systems, and its RED JET portfolio brings together three inkjet technologies under one product family: RED TIJ (Thermal Inkjet), RED DOD (Drop-on-Demand) and RED HIRES (High-Resolution Piezo Inkjet). This page focuses on the RED TIJ and RED DOD systems.

The choice between TIJ and DOD should be based on the substrate, desired print size, production speed, ink chemistry, environmental conditions, required durability and integration requirements.

The final selection should always be based on actual product samples, substrate characteristics, production speed, required print quality and ink compatibility.

An industrial coding system's fundamental purpose isn't simply to put ink onto a product — it's to ensure the correct information is printed consistently, legibly and at the required point in the production process. RED TIJ emphasizes flexible thermal printing, multiple printhead configurations, broad ink compatibility and extensive connectivity. RED DOD builds on INTERMAC's long-standing DOD expertise and newer innovations such as the RED P707 printhead and Smart NFC ink authentication.

For manufacturers, packaging companies and production-line integrators, the choice between RED TIJ and RED DOD ultimately depends on the substrate, required marking size, production conditions, ink chemistry, print speed and integration requirements. With the right printer, printhead and ink combination, INTERMAC's RED JET technology can provide a dependable foundation for modern industrial coding, marking and traceability.

INTERMAC RED JET — industrial inkjet technology engineered for reliable product identification and marking.

What sets Matthews apart is this single-platform approach: instead of forcing manufacturers to standardize on one printing technology across their entire operation, MPERIA allows multiple printing and marking technologies — inkjet, laser, labeling — to be controlled from a common interface. This means a facility can run a rugged V-Series on a lumber line, a high-resolution L-Series on food packaging, and a laser system on electronic components, while managing all of it from one coherent control platform.

The real strength of the Matthews portfolio is that it is not one technology trying to do everything, but a family of complementary technologies unified by MPERIA. The V-Series and 8000+ printheads cover rugged industrial marking; the L-Series, CT1000 and T-Series cover packaging and branding; the A-Series automates labeling; laser marking provides permanent, consumable-free marking; and the Axian AX1000 brings a new approach to solvent-free high-speed coding. This lets a customer match the technology to the actual job, while keeping everything under one control system.

MATTHEWS MARKING SYSTEMS — complete industrial marking and coding technologies, unified by the MPERIA control platform.

The FASTJET F500 Series brings this technology to production dates, expiry and best-before dates, batch and lot numbers, serial numbers, product identification codes, barcodes, QR codes, logos and graphics, counters, shift information, meter-based data, and variable data pulled from external systems.

*Maximum published speed depends on nozzle size, font, dot matrix, column width and operating conditions. FASTJET's published F560 specification gives 520 m/min for the 40 μm configuration under a defined single-line 5-dot printing condition; the F580 Plus specification gives 320 m/min for its 60 μm configuration.

• Dye-based inks — the standard choice for most conventional coding on compatible substrates
• Specialty colored inks (F560 Plus) — red, blue and yellow for extra visibility or color-coding
• Anti-migration inks (F560 Plus) — for materials where ink migration is a concern
• Invisible inks (F560 Plus) — for marks not intended to be readily visible
• Pigmented / high-contrast inks (F580 Plus) — bright marks on dark or difficult surfaces

Because the right combination depends on substrate, permanence, contrast and regulatory needs, always confirm ink selection with OAMSBRAND or FASTJET before committing to a configuration.

Depending on model and configuration, the printers support high-speed continuous production, non-contact printing, up to five print lines, variable-data printing, barcode and QR-code generation, product counters, shift information, date/time coding, external data input, USB connectivity, optional serial communication, and encoder/sensor integration for production-line synchronization.

The F560's integrated printhead combines heating, phase detection, amplification, positive-pressure output and high-voltage insulation for stability, backed by a modular, cartridge-based ink system built for quick consumable changes. The F580 Plus goes further, adding automatic cleaning, dynamic ink circulation with automatic stirring adjustment, integrated filtration and a quickly detachable printhead module.

Industrial environments bring dust, moisture, temperature swings and constant vibration — the F560 family carries an IP54 rating (IP55 optional), the F580 Plus is also available in IP55, and the whole series is rated to operate between 5°C and 45°C.

F500 printers connect to computers, industrial controllers, PLCs, code scanners and checkweighers, enabling information exchange and coordinated production-line operation. The F560 supports USB with optional serial communication, plus external data input — making the F500 Series suitable not only as a standalone coding machine but as part of a fully automated manufacturing and packaging system.

• Choose the F540 for a straightforward, general-purpose small-character CIJ solution.
• Choose the F560 when production speed, flexible printing modes and a wide range of nozzle configurations matter most.
• Choose the F560 Plus when your application needs specialty inks — colored, anti-migration or invisible formulations.
• Choose the F580 Plus for high-contrast pigmented or white-ink marking, particularly on dark products, cables, plastics, glass, motors or electronic components.

The final printer and ink combination should always be selected after considering your actual substrate and production conditions — talk to OAMSBRAND for guidance.

The FASTJET F500 Series gives manufacturers a flexible continuous inkjet platform for high-speed product identification, coding and traceability — from everyday date and batch coding to QR codes, barcodes, variable data, specialty inks and high-contrast marking. Its combination of continuous inkjet technology, high-speed printing, multiple nozzle options, flexible coding functions, cartridge-based consumables, industrial protection options and specialty ink capability makes the F500 family suitable for a broad spectrum of manufacturing and packaging applications — from food packaging and pharmaceutical products to cables, electronics, automotive parts and high-contrast marking on dark industrial materials.

FASTJET is a global coding and marking brand from Cyklop Fastjet Technologies (Shanghai) Inc., combining local R&D with the technical support, management experience and supply-chain resources of the German packaging group Cyklop — under the philosophy "Product First, Quality-Based, Service Supreme." For product selection, ink compatibility and application testing, reach out to OAMSBRAND, your authorized FASTJET distributor.

The product family ranges from the ultra-compact speed-i-Jet 798, designed for simple one-line marking, through the jetStamp 990 and jetStamp graphic 970, to the more advanced jetStamp 1025 and jetStamp 1025 sense for larger print areas, variable data, barcodes, QR codes and sensor-driven documentation.

REINER's current marking portfolio is built around a simple concept: take the printer to the product rather than taking the product to a fixed printer. This makes the systems particularly useful for production, warehousing, logistics, food and packaging, quality assurance, metalworking, wood and pallet marking, product identification and traceability.

REINER itself describes the 1025 as the model with the largest printing area in this mobile portfolio, the graphic 970 as the compact graphics-oriented model, the 990 as the simple entry-level machine, and the speed-i-Jet 798 as the pen-like solution for straightforward marking.

Important: ink must always be matched to the specific REINER printer model — cartridge families are not interchangeable between the 1025 (P5), the graphic 970 (P3) and the speed-i-Jet 798 (P1). REINER recommends testing the chosen ink on the actual substrate before serial production.

A conventional labeling workflow can look like: Data → label printer → label → application → product. A REINER direct-marking workflow can simply be: Data → REINER printer → product. This can reduce label material consumption, label storage requirements, application steps, misplacement and manual labeling work — particularly useful for small batches, changing products and mobile production environments.

REINER's product family is best understood not as a collection of ordinary handheld printers, but as a mobile direct-marking ecosystem. From the ultra-light speed-i-Jet 798 for simple one-line markings, to the compact jetStamp 990, graphics-capable jetStamp graphic 970, industrial jetStamp 1025, and sensor-enabled jetStamp 1025 sense, the range covers a wide variety of identification, coding, traceability and documentation requirements.

REINER — professional mobile direct-marking and coding, for small batches, changing products and mobile production environments.

The range extends from the extremely compact B10 Mini, through the 0.5-inch 6105F and 1-inch B30/B35, to the large-format B45, B80 and B85 systems. Bentsai also offers the 6205/6210 series for portable and conveyor-based coding, and the industrial E62P platform for higher-speed automated production lines. Depending on model and ink selection, Bentsai printers can print production and expiry dates, batch and serial numbers, counters, text, logos, images, barcodes, QR codes, Data Matrix and GS1 codes, and database-driven variable data.

The printers are based on cartridge-fed TIJ technology, allowing the ink supply and printhead to be replaced together on many models — simplifying maintenance compared with conventional fluid-based industrial coders.

Because TIJ cartridges contain the printhead itself, correct handling is critical: keep cartridges in their sealed packaging until needed, protect the printhead with its cap, avoid vigorous shaking, and always match the cartridge to the printer's exact firmware and model — Bentsai has changed cartridge generations over time, so compatibility should always be confirmed before ordering.

The real strength of the Bentsai range is that it is not one printer trying to do everything. The portfolio covers different production requirements: the B10 Mini for mobility, the 6105F/6205 for compact professional coding, the B30/B35/6210 for 1-inch printing, the B45 for 2-inch large-character printing, the B80/B85 for wide-format 4-inch-class printing, and the E62P for automated industrial production. This lets a customer select a machine based on the actual job rather than compromising around a single printer architecture.

BENTSAI — professional Thermal Inkjet coding and marking, from handheld production floors to automated industrial lines.

Unlike fixed coding systems that need permanent installation beside a conveyor, the M6 and M7 travel directly to the product — useful for small production runs, changing production locations, large or irregularly shaped products, maintenance operations, and anywhere a dedicated coding line is impractical. The range runs on TIJ technology and prints on plastics, cartons, glass, metals, wood, stone, cables, pipes, fabrics and automotive or electronic components. The M6 is a 300-DPI model and the M7 is a 600-DPI model.

Both printers can produce manufacturing dates, expiry dates, batch and lot numbers, serial numbers, text, barcodes, QR codes, Data Matrix codes, logos, images and counters — a practical alternative to manual stamping, stencils and labels.

This approach is especially useful where products are too large for a conventional printer, have an unusual shape, don't justify a fixed coding line, require different messages, need coding in multiple locations, or where operators need to change print information quickly. Meenjet states its handheld printers incorporate encoders and can print on uneven or curved surfaces, including round bottles and irregular food packaging; an optional position plate helps with particularly small or uneven objects.

The M6 is ideal when affordability, portability and general-purpose date/batch coding are the priority. The M7 is better suited to those wanting 600-DPI resolution, advanced variable-data/database functions, and greater flexibility for high-definition coding.

Meenjet also offers JS12, JS12+, JS13, JS16, JS17 and JS18 (other black solvent formulations with different drying/decap characteristics), JS21/JS21+ (white), JS31/JS41/JS51/JS61 (red/yellow/blue/green), JS71(R)/JS71(B) (invisible), JS83UV (UV black) and JW10/JW11/JW12 (water-based black). The right cartridge choice depends on substrate, required contrast and drying conditions — not just price.

• Choose the M6 for a reliable, general-purpose handheld coder, if 300 DPI is sufficient, and for basic dates, batch numbers and product identification.
• Choose the M7 for 600-DPI printing, advanced variable-data/database functions, 360° printing, or additional specialty ink options.

Ink selection remains just as important as the printer choice: substrate, surface, drying requirement, durability, contrast, production speed, print frequency, regulatory requirements, visibility and curing method should all be considered — talk to OAMSBRAND for guidance.

The Meenjet M6 and M7 provide a practical approach to industrial product coding where mobility, flexibility and ease of operation are important. The M6 provides a 300-DPI handheld TIJ platform suitable for everyday date, batch and product identification. The M7 takes the concept further with 600-DPI printing, variable-data/database capabilities, 360° printing and handheld/inline flexibility. Both benefit from HP TIJ 2.5 technology and cartridge-based ink delivery, while Meenjet's extensive cartridge portfolio lets users select formulations for different substrates and applications.

Meenjet M6 & M7 — compact, portable thermal inkjet technology for professional product coding, identification and traceability.

The LINX range covers both CO2 laser coding and fibre laser coding. The CSL (CO2 Scribing Laser) family is available in three power levels — 10 W, 30 W and 60 W — for flexible, high-speed coding on porous and semi-porous materials. The FSL (Fibre Scribing Laser) family uses pulsed fibre-laser technology for fine marking on hard materials and small areas.

• CSL10 for compact, general-purpose coding on standard high-speed lines
• CSL30 when the line handles a wide range of materials and industries
• CSL60 for large marking fields, wide-web applications or high-speed glass
• FSL20 / FSL50 for fine marking on hard materials or small parts, such as medical and electronics

The final choice should always be confirmed against the actual substrate, production speed and code requirements — talk to OAMSBRAND for guidance.

The LINX range brings three CO2 laser power levels (CSL10, CSL30, CSL60) and two fibre lasers (FSL20, FSL50) together under one permanent-coding family. Each platform is designed for a particular use case — from compact entry-level coding to high-speed large-area marking, to fine precision marking on hard materials — letting manufacturers choose a technology matched to the actual substrate and line speed, rather than compromising around a single laser power.

LINX Laser Coders — ink-free permanent marking for industrial identification and traceability.

A properly configured conveyor helps maintain a consistent product path and printing position while allowing the printer to operate at a controlled production speed. For smaller and medium-scale coding operations, two particularly relevant solutions are the Bentsai Automatic Conveyor and the Meenjet 25cm Width Conveyor Transfer Table. Both are designed to work with inkjet coding equipment, but they take somewhat different approaches: the Bentsai unit provides a clearly specified, ready-to-use conveyor platform with adjustable speed, while Meenjet emphasizes a 25 cm-wide transfer table with support for customized widths and lengths.

*Figure from the manufacturer's detailed specification table, to be confirmed before installation.

• Product dimensions — length, width, height and weight; the product must remain stable while passing the printer
• Product surface — cardboard, plastic, glass, metal, wood, paper or bagged material; the surface affects both handling and ink adhesion
• Required printing speed — the conveyor needs to operate at a speed compatible with the printer and selected ink, or risk stretched codes and reduced resolution
• Product stability — tall, lightweight or irregular products may require side guides, fixtures or wider belts
• Printer mounting — the conveyor should provide enough space for the bracket, printhead, sensor, encoder and cable routing
• Production environment — dust, water, humidity, temperature, chemicals, washdown, food-contact or pharmaceutical requirements

For more sophisticated installations: product feed → conveyor → encoder → sensor → printer → barcode/QR verification → reject station → packing. This approach allows manufacturers to progressively automate their coding process.

A reliable conveyor can transform a handheld or inline inkjet printer from a manually operated coding tool into part of a more consistent production process. The Bentsai Automatic Conveyor provides a defined 1,500 mm platform with a 190 mm belt, adjustable 5–30 m/min operating speed, 201 stainless-steel construction and a manufacturer-listed 10 kg maximum load in its detailed specification table. The Meenjet 25cm Width Conveyor Transfer Table provides a 250 mm nominal conveyor width and, importantly, supports other width and length configurations for different factories and industries — an interesting option for customized production-line requirements.

Together with the appropriate inkjet printer, sensor, encoder, mounting system and ink, these conveyor solutions provide a practical foundation for automated or semi-automated date coding, batch coding, expiry-date printing, barcode and QR-code printing, logo marking, product identification and traceability.

LUXPower TEK's product range brings these functions together through a portfolio of hybrid inverters, off-grid inverters, all-in-one energy-storage systems and lithium battery modules. The range covers everything from residential backup systems to larger three-phase installations. The products are designed around a modular approach: select an inverter according to the required power and system architecture, then pair it with compatible battery storage according to the required energy capacity, voltage and backup duration.

Important: inverter/battery voltage, charge and discharge current, BMS communication and approved firmware compatibility should be verified before installation.

The battery catalogue includes residential low-voltage batteries, outdoor-grade batteries and high-voltage modular storage — Li-5, PGEM, PGEM PRO, PSHIELD, PSHIELD MAX and PSTACK. Battery selection should consider: usable kWh, battery voltage, BMS communication, charge/discharge limits, inverter compatibility, installation environment, enclosure protection and expansion capability.

The exact choice must still be confirmed against current manufacturer compatibility documentation and the actual site design.

The inverter coordinates the available sources according to the system configuration. The range also includes CT devices and Wi-Fi dongles, while LuxCloud provides remote monitoring capabilities on supported systems.

Supported systems can provide monitoring through Wi-Fi, Ethernet, RS485/CAN and LuxCloud, depending on model. Users and installers can monitor PV production, battery status, grid status, load consumption, charging/discharging, system alarms and operating conditions. Remote firmware updates are also supported on several products — particularly valuable for installers managing multiple systems.

Not every solar inverter works with every lithium battery.

Voltage, charge/discharge current, BMS communication and approved firmware must match. Customers should therefore not select a battery solely because it has the desired kWh rating. A proper system design must verify:

This is particularly important when mixing equipment from different manufacturers.

The LUXPower TEK range brings storage, hybrid inversion, off-grid inverters and all-in-one systems together under one coherent portfolio. From the compact Eco Beast to the Li-5, PGEM, PGEM PRO, PSHIELD and PSTACK battery systems, through the single-phase and three-phase GEN, GEN2 and TriP2 hybrid inverters, to the SNA series off-grid inverters, each product is designed for a specific use case — residential, commercial, off-grid or three-phase.

LUXPower TEK — smart inverters and lithium battery storage for dependable electricity, at every scale.

The B10 prints text, numbers, dates, logos, images, QR codes, barcodes, counters and database information. Supported barcode formats include Code 128, Code 39, EAN-8, EAN-13, UPC-A and ITF 2 of 5. With the appropriate cartridge, it marks paper, corrugated cartons, wood, fibreboard, cotton, leather, plastic, ceramic, glass, metal and cables — and its detachable auxiliary roller helps maintain smooth movement across curved or uneven objects.

Best reason to choose the B10: portability and simplicity.

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The system supports text, numbers, images, logos, dates, counters, database information, QR codes, Data Matrix, GS1 Data Matrix, barcodes and variable information. Ink choices include water-based (black, cyan, magenta, yellow, green) for porous/semi-porous materials, and solvent-based (black, cyan, magenta, yellow, white, green, invisible) for plastics, glass, metals, aluminium foil and cables. The printhead and cartridge are integrated — replacing the cartridge also replaces the printhead, simplifying maintenance. Bentsai recommends removing and capping the cartridge during extended inactivity to prevent drying and clogging.

Best reason to choose 6205/6210: long battery life with optional conveyor automation.

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The B45 prints large characters, text, dates, serial numbers, logos, graphics, QR codes, barcodes, GS1 codes and database information, with stitched large-format printing up to 46 mm high and 2,100 mm long. It's particularly versatile because it can use both water-based and solvent-based inks, covering cartons, wooden crates, plastic pouches, nylon bags, sacks, glass, metal, aluminium, concrete pipes and industrial components. The built-in photocell sensor allows conveyor integration for automatic printing of batch numbers, expiry dates and variable information, while a positioning plate stabilizes handheld printing on irregular surfaces.

Best reason to choose the B45: large 2-inch marking without losing portability.

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B85 supports text, numbers, logos, graphics, dates, counters, variable text, QR codes, Data Matrix, barcodes and database-driven information — handling everything from ordinary production coding to large shipping marks and complex industrial graphics. It can be configured with water-based or solvent-based cartridges, covering corrugated cartons, wooden boxes, woven bags, cement pipes, utility poles, metal plates, plastic bags, sacks, glass, fibreboard and other industrial substrates.

Best reason to choose the B85: very large-format printing without sacrificing portability.

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The 6105F is particularly valuable for businesses needing to print changing information — data can be imported/exported through USB, including text, batch numbers, QR codes, barcodes, images, variable information and database information. The current 6105F uses BB21 (water-based) and BB22 (fast-drying solvent-based) cartridge series, so it can be configured for porous or non-porous substrates. It's well suited to food and beverage, packaging, cosmetics, warehousing, manufacturing, wood processing, logistics, and small-to-medium production runs.

Best reason to choose the 6105F: high-resolution variable-data coding in a compact 0.5-inch printer.

One important note: Bentsai has changed cartridge generations over time — the newer 6105F uses BB21/BB22 cartridges, while older 6105 versions used different cartridge families, and firmware upgrades can change compatibility. Always confirm the exact cartridge for your specific unit before ordering.

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The B30 fills the gap between a conventional small-character coder and Bentsai's 2-inch/4-inch systems, offering economical large-character coding specifically tuned for cartons, timber and other porous materials. If your primary application is carton or wood coding, the B30 is the simpler, more cost-effective choice compared to its sibling, the B35.

Best reason to choose the B30: economical large-character coding on cartons, timber and other porous materials.

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B35 prints text, numbers, dates, times, serial numbers, QR codes, GS1 Data Matrix, barcodes, images, logos and variable data. Water-based inks cover porous/semi-porous materials like paper, cartons, wood and textiles, while solvent inks cover plastic, glass, metal, aluminium foil, cable and other difficult substrates. Unlike the B30, the B35 supports conveyor-based automatic coding through its photoelectric sensor. If your business needs to code plastic, glass, metal and other non-porous surfaces, the B35 is the more versatile option.

Best reason to choose the B35: broad substrate compatibility, plus optional conveyor automation.

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B80 prints logos, text, dates, variable barcodes, QR codes, Data Matrix, GS1 Data Matrix, images and database information. It's particularly associated with Bentsai's cost-saving water-based cartridges for absorbent materials, though it can also accommodate solvent formulations where needed. Ideal for wooden outer cases, timber, fibreboard, corrugated boxes, cartons, large shipping containers, warehouses, construction sites and outdoor marking. Compared with the B85, the B80 is primarily positioned around absorbent/porous applications, while the B85 is the more versatile choice for both porous and non-porous substrates.

Best reason to choose the B80: large-format printing on absorbent materials at speeds up to 60 m/min.

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The E62P supports an extensive range of coding standards: GS1 Data Matrix, GS1 QR, QR, PDF417, MaxiCode, MicroPDF417, EAN, UPC, ITF, Code 128, Code 39, GS1-128, GS1 DataBar, variable data, database information, dates, counters, logos and graphics. It's particularly suited to pharmaceuticals, food, cosmetics, packaging, consumer goods, manufacturing and logistics — industries where traceable GS1 coding matters most. The cartridge-based printhead design is intended to minimize maintenance, and the controller incorporates a print-cost calculator and ink-saving options to help monitor coding costs.

Best reason to choose the E62P: high-speed automated traceability and GS1 coding at up to 120 m/min.

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The machine is completely mobile — no permanently installed printer or dedicated workstation is required. Printing is initiated with a button, without needing to move the printer across the surface during the impression, helping produce repeatable markings on cartons, pallets, wooden products, metal components, plastics, glass, packaging and documents. Print layouts are prepared using PCset graphic or the MOBILEset graphic Android app, and the 1025 can integrate with business systems including Word, Excel, label software and ERP environments such as SAP, Oracle, Microsoft Dynamics and Lexware.

Applications

Best reason to choose the jetStamp 1025: the largest, most versatile print area in REINER's mobile range.

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A measurement value can be transferred directly to the printer and incorporated into the print image — for example, a layout containing PRODUCT ID + MEASURED VALUE + DATE + SERIAL NUMBER, where the measurement instrument supplies the value and the printer generates the final mark. With the optional barcode scanner, the printer can also read 1D/2D codes such as barcodes, QR codes and DataMatrix, inserting the captured information into a predefined layout. This makes it especially valuable for quality assurance, inspection processes, measurement documentation and semi-automated traceability workflows. REINER also highlights GS1 competence and EPAL compliance for the 1025 sense, making it particularly relevant to pallet logistics.

Applications

Best reason to choose the jetStamp 1025 sense: when your application requires the printer to receive information from another device.

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A complete impression takes less than one second, and a selection wheel lets the operator switch quickly between up to four stored print images. The graphic 970 can print text, dates, times, numbers, logos, graphics, sequential 1D codes, 2D codes, QR codes, DataMatrix and variable information. It comes with a dedicated station that protects the ink cartridge from drying when the device is not in use, and print layouts are prepared using PCset graphic or the MOBILEset graphic Android app.

Applications

Best reason to choose the graphic 970: logos, graphics, QR codes and barcodes without the larger 1025 footprint.

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The operator creates the print image using PCset, positions the printer on the product, and presses the print button — the impression is produced without needing to move the printer across the surface. It's designed for suitable materials including cardboard, paper, wood, pallets, cans, glass, plastic, film, and lids/closures, with results depending on the surface and ink selected. The 990 is especially attractive for small production batches, warehousing and shipping.

Applications

Best reason to choose the jetStamp 990: the longest battery life in the range, for simple, high-volume date and batch stamping.

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REINER positions it for simple recurring marking tasks where portability and ease of use matter more than complex graphics or large print areas. It can print dates, times, numbers, short texts and consecutive numbers, up to 40 characters on a single line. REINER currently emphasizes it particularly for paper, cardboard and other suitable absorbent/uneven surfaces — ideal for documents, forms, lists, incoming mail, shipping paperwork and simple product marking. Its greatest advantage is simplicity: pick it up, place it on the surface and move it across the marking area.

Applications

Best reason to choose the speed-i-Jet 798: the smallest, lightest and simplest possible mobile marking tool.

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V-Series controllers can be networked through the MPERIA platform, letting the system scale from relatively small applications to much larger installations. Typical uses include building materials (lumber, trusses, OSB and other engineered wood), industrial products (steel, metal components), packaging (bags, cartons, cases) and rubber (tires, uncured rubber). The system is especially attractive when a production environment demands long operating life and minimal intervention.

Applications

Best reason to choose the V-Series: extreme durability for harsh, continuous industrial production.

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The major advantage of the L-Series is cartridge-based printing — the printhead/cartridge can be replaced in seconds, substantially reducing routine maintenance compared with systems requiring more extensive ink-system upkeep. The family spans four print-height options (L50, L25, L12, L1), each tuned for a different job — from larger case-coding graphics down to compact primary-packaging serialization. Matthews also offers VIApack™, a packaged L-Series solution supplied complete with controller, printhead, mounting and photocell — designed to arrive essentially ready to print, at approximately 1-inch/25 mm print height and up to 200 ft/min (61 m/min) at 600 dpi.

Applications

Best reason to choose the L-Series: true 600-dpi resolution with cartridge-based, low-maintenance printing.

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The CT1000 is a good fit for manufacturers who don't require the broader configuration possibilities of the L-Series but still want thermal inkjet quality, fast setup, compact equipment, consistent coding and low operational complexity. It's particularly attractive for carton and case coding where a business just needs dependable date, batch and lot coding without a large installation.

Applications

Best reason to choose the CT1000: simple, affordable thermal inkjet coding without added complexity.

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Matthews specifically highlights the T-Series' ability to print vivid branding and spot colors, including on darker substrates — a distinct advantage over conventional single-color industrial printers. The T100E incorporates an enclosed module with power supply and printhead driver electronics, while the T100SE is configured for packaging and industrial applications where the printing direction requires a vertical/downward or right-angle arrangement. Ink efficiency and a recirculation auto-prime function are also highlighted on the T50E.

Applications

Best reason to choose the T-Series: vivid, high-resolution branding and spot-color graphics on cartons.

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The extremely high 9-billion-firing cycle count is one of Matthews' principal arguments for the 8000+ platform, positioned as a major durability advantage over competing DOD technologies. Suitable substrates include metal, paper, pulp, wood, concrete, rubber, plastic and other industrial materials. Mounting flexibility (top-down, bottom-up, side) allows integration into a wide variety of production-line orientations, and the flushing valve system is designed to simplify cleaning and maintenance.

Applications

Best reason to choose the 8000+: a claimed 9-billion-firing operating life for extreme-duty production lines.

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The D43 is particularly suitable for food and other applications where labels don't need extreme long-term storage durability. The T43 supports both Thermal Transfer and Direct Thermal, intended for labels that need to survive longer storage or tougher handling — typical applications include pharmaceutical, industrial, non-food products and long-storage products. The T63 is the larger-format model, designed particularly for pallet and large-box labeling, suitable for large labels containing substantial data and supporting GS1 pallet-labeling requirements. Across the family, label verification, business systems, vision systems and third-party coding technologies can be integrated through MPERIA.

Applications

Best reason to choose the A-Series: precise, automated print-and-apply labeling with tool-free maintenance.

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MPERIA allows operators to select and verify print messages through one common interface, and can automate message selection and printing to help reduce wrong-message errors, product waste, manual data entry and operator training requirements. Matthews describes MPERIA as a platform that can integrate existing and legacy equipment without requiring custom software or separate server hardware — meaning it's often possible to bring older printers and coding devices into a single, centralized control environment alongside newer Matthews technology.

Applications

Best reason to choose MPERIA: one common interface controlling every marking technology on the line.

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CO₂ systems (10.6 µm, with 9.3 µm available on the 30 W unit) mark text, dates, times, serial numbers, barcodes, 2D codes and graphics on coated paper, packaging, plastics, rubber extrusion and glass. Fiber lasers are valuable where a mark must resist wear, chemicals and harsh environments, making them especially relevant to automotive, electronics, medical devices, industrial components and product traceability. UV lasers use a cold/photochemical marking process, making them particularly useful for materials that could be damaged by conventional thermal marking — pharmaceutical packaging, flexible films, plastics, medical products, electronics, food packaging and other heat-sensitive materials.

Applications

Best reason to choose Laser Marking: a permanent mark with zero ink or liquid consumables.

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One of Axian's strongest selling points is its closed, solvent-free ink system, combined with a jetting module that can be swapped by the user in under five minutes — a significant maintenance advantage over conventional CIJ systems that require makeup fluid and regular nozzle maintenance. Matthews highlights successful marking on HDPE, polypropylene, LDPE, polycarbonate, metallized board, glass and PET, with reference performance of up to approximately 35,000 units/hour on HDPE for a two-line code under stated conditions.

Applications

Best reason to choose Axian: CIJ-like speed and flexibility without solvents or the usual CIJ maintenance burden.

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This integrated architecture reduces the amount of separate equipment required and can simplify installation, wiring and system planning. The major attraction is integration: instead of designing around a separate inverter, battery bank and associated interconnections, Eco Beast packages the core energy-storage system together — particularly attractive where space, installation simplicity and a clean system architecture are important.

Applications

Best reason to choose Eco Beast: one integrated system instead of separately designed inverter and battery components.

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This makes the Li-5 a strong candidate for residential backup systems where modular expansion is desirable. Multiple units can be paralleled to grow storage capacity as household energy needs increase, without replacing the original battery investment.

Applications

Best reason to choose the Li-5: a proven 5.12 kWh module that scales cleanly through parallel expansion.

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Automatic master/slave addressing simplifies commissioning when multiple PGEM units are installed together, since the system can recognize additional modules without extensive manual configuration — a practical advantage for installers building out larger residential storage banks over time.

Applications

Best reason to choose the PGEM: automatic addressing that simplifies growing a multi-module residential storage bank.

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This makes PGEM PRO particularly relevant to larger residential systems and applications where longer backup duration or greater storage capacity is required. Its higher per-unit capacity means fewer modules are needed to reach a given storage target compared with the standard 5.12 kWh options.

Applications

Best reason to choose PGEM PRO: 14.3 kWh per unit, reaching larger storage targets with fewer modules.

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The optional heating and fire-suppression systems make PSHIELD MAX particularly interesting for outdoor and demanding environmental applications — installations exposed to temperature extremes, humidity or limited indoor space, where a conventional indoor-rated battery would not be appropriate.

Applications

Best reason to choose PSHIELD MAX: IP65 protection plus optional heating and fire suppression for outdoor installation.

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PSTACK is therefore better viewed as a larger-scale energy-storage platform rather than simply a residential backup battery — suited to commercial and industrial projects where a compatible three-phase inverter can draw on a much larger pool of stored energy than a residential battery bank typically provides.

Applications

Best reason to choose PSTACK: modular high-voltage storage that scales up to 900 kWh for larger projects.

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This makes the GEN-LB-EU 3–6K a solid entry point into LUXPower TEK's hybrid inverter range — suited to standard residential loads where solar generation, battery backup and grid or generator support all need to be coordinated by a single, dependable inverter.

Applications

Best reason to choose the GEN-LB-EU 3–6K: fast backup switching and high efficiency for standard residential loads.

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This makes it particularly relevant to large homes, farms and small businesses with demanding electrical loads — where a standard 3–6 kW inverter would be undersized but a full three-phase system is not yet required.

Applications

Best reason to choose the GEN-LB-EU 7–10K: single-phase power scaled up for demanding homes and small businesses.

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This makes system sizing particularly important for homes running equipment such as refrigerators, freezers, air conditioners, water pumps, internet/network equipment, lighting and entertainment systems — appliances whose starting currents can significantly exceed their running wattage.

Applications

Best reason to choose the GEN2-LB-EU 3–6K: next-generation fast switching for homes with mixed critical loads.

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The product is aimed at large homes, farms, small businesses, high-demand backup systems and installations running several major appliances simultaneously — situations where a 3–6 kW or even 7–10 kW inverter would not provide sufficient headroom.

Applications

Best reason to choose the GEN2-LB-EU 7–14K: heavy-duty single-phase capacity without moving to three-phase.

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It is particularly suited to large residences, estates, offices, clinics, cold-storage facilities and commercial installations — sites where three-phase power distribution is already standard and a matching high-voltage battery architecture delivers the most efficient storage integration.

Applications

Best reason to choose the TriP2-HB: high-voltage three-phase power for large commercial and estate installations.

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The system can be scaled from 7.5 kW to 300 kW with up to 10 units connected — offering three-phase power at a lower battery voltage than the TriP2-HB, which can simplify integration with existing 48 V battery infrastructure while still providing full three-phase distribution.

Applications

Best reason to choose the TriP2-LB: three-phase power built around a familiar, widely compatible 48 V battery architecture.

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This is particularly relevant for homes, small businesses and locations experiencing unreliable grid supply — the SNA series is built around off-grid operation first, with hybrid grid/generator support available where those sources are present but not fully dependable.

Applications

Best reason to choose the SNA 3–6K: true off-grid design with hybrid flexibility when grid or generator power is available.

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This makes the SNA 12–14K appropriate for higher-demand homes, businesses and larger backup installations where single-phase power is required — extending the off-grid product line well beyond typical residential capacity while retaining the fast grid/off-grid switching that defines the SNA series.

Applications

Best reason to choose the SNA 12–14K: high-power single-phase off-grid capability with fast grid switching.

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The CSL10 can produce date codes, batch numbers, serial numbers, alphanumeric information, 1D barcodes, QR codes, DataMatrix/2D codes, graphics, logos and variable information. The detachable marking head, quick-disconnect cables and beam-delivery options help accommodate different production-line layouts, making it a flexible choice for manufacturers moving from small-character inkjet to permanent laser marking for the first time.

Applications

Best reason to choose the CSL10: compact, general-purpose laser coding at up to 900 m/min.

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The CSL30 can handle dates, times, batch/shift codes, serial numbers, variable text, increment/decrement counters, barcodes, QR codes, DataMatrix, graphics, logos, Julian dates and custom date/time formats. Its advantages include precise, high-quality marking, no fluids or consumables, minimal running costs, reduced downtime and durable equipment. It appears repeatedly across food, beverage, baked goods, dairy, pharmaceutical, electronics, automotive, wire & cable, chemical, extrusion, cosmetics and packaging applications.

Applications

Best reason to choose the CSL30: a flexible, mid-power laser suited to the widest range of industries.

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The CSL60 supports dates, times, static and variable text, serial numbers, shift codes, batch counters, 1D and 2D barcodes, QR codes, DotCode, graphics, logos, Julian dates and custom date/time formats. Its standout characteristic is the ability to handle large marking fields and wide-web applications, making it suitable where a line requires large codes, multiple lines, multiple coding positions or extensive variable information. It can also be configured for high-speed glass-bottle coding, using VisiCode technology to maintain crisp, clear coding on cold glass bottling lines.

Applications

Best reason to choose the CSL60: the most powerful CSL laser, built for large-area and wide-web coding.

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LINX identifies the FSL range as suitable for high-volume and small-area coding, including medical, automotive and electronics applications. The system uses LinxDraw, a graphics-oriented interface intended for creating complete code templates on a PC, supporting text, data and graphics editing with import capability from standard CAD and graphics programs. Codes can include dates, 1D/2D codes, graphics, logos, sequences and serial numbers.

Applications

Best reason to choose the FSL20/FSL50: fine, durable marking on hard materials and small areas where CO2 lasers aren't ideal.

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