How Mimaki's JFX600 and CFX Series fit an integrated print-and-cut workflow

Mimaki's JFX600 flatbed printer and CFX Series cutter can be evaluated as one production chain rather than as isolated devices. The strongest evidence covers print throughput, finishing capability, ID Cut handoff and access to regional demonstrations at Mimaki's Irving, Texas technology center.

Mimaki's JFX600-2513 flatbed printer and CFX Series cutter can be evaluated as a connected production workflow that moves rigid graphics from printing to registered finishing. This article maps that handoff using vendor specifications, documented ID Cut workflow material and the regional demonstration resources available through Mimaki's Irving, Texas technology center.

JFX600-2513 production architecture

The JFX600-2513 is presented by Mimaki as a production-oriented flatbed UV-LED inkjet printer. Its specification sheet lists a staggered array of 16 print heads and a maximum supported print speed up to 200 square meters per hour, figures that frame the model for high-volume rigid and board work [1] . The machine's declared maximum printable area is 2,500 by 1,300 millimeters and it supports media thicknesses up to 60 millimeters, allowing operators to print on a range of rigid substrates used in signage and display applications [1] .

Those engineering choices feed practical benefits in a production setting. A multi-head staggered layout increases effective resolution coverage per pass and is typically used to boost throughput while maintaining image quality. The JFX600's UV-LED curing also supports immediate handling of printed pieces, which is important when a shop sequences work to a cutting table. The combination of a large printable area and a 60 mm thickness capacity means shops can print finished face panels or multi-layer assemblies without additional flattening or post-processing steps, according to the product documentation [1] .

CFX Series finishing architecture

Mimaki positions the CFX Series as a high-end flatbed cutting solution engineered to follow high-speed printing. The CFX feature overview lists a maximum cutting speed of 100 centimeters per second and multi-tool stations capable of holding up to four tools simultaneously, enabling a single pass to perform different types of cuts and creases without manual tool changes [2] . The series supports material thicknesses up to 54 millimeters and includes an automatic table height accuracy scanning system intended to preserve consistent V-cut quality across the work surface [2] .

For shops planning mixed-volume production, these characteristics allow the CFX to switch between tasks such as kiss cuts for foamboard, V-cuts for folding displays and heavier routing for dense substrates with fewer tool-change interruptions. The multi-tool capability is central to that flexibility because several finishing operations can be configured within one platform [2] .

RasterLink7 and ID Cut workflow

A key operational friction between printing and cutting is job registration and exact alignment of printed marks to cutting paths. Mimaki's demonstrated end-to-end workflow uses an ID Cut approach within its RasterLink7 RIP and workflow software. ID Cut relies on printed barcodes or fiducials to transfer job identity and cut data from the printer to the cutter, automating registration and the handoff between devices to reduce manual setup and human error . The vendor has shown the JFX600 and a CFX Series cutter operating in sequence with ID Cut included as part of an integrated demonstration .

In practice, a typical print-and-cut job sequence for rigid signage looks like this. First, the operator prepares artwork and cutting paths in design software, then sends raster output and cut definitions through RasterLink7. The JFX600 prints the artwork and simultaneously prints ID Cut barcodes adjacent to each piece or sheet. After printing, an operator or an automated transfer aligns the printed sheet on the CFX table. The CFX reads the ID Cut barcodes, matches each printed panel to its corresponding cut file, and executes the cut program with tool changes handled by the multi-tool head stations. This barcode-driven handoff reduces the need for manual placement and complex registration marks, according to demonstrated workflow material and product documentation [1] [2] .

Workflow considerations for integrated production

For print providers evaluating throughput and labor efficiency, the combined capabilities address three practical areas: print capacity, finishing flexibility and machine-to-machine job transfer. The JFX600's published speed provides a planning reference, while the CFX's multi-tool and scanning systems are intended to reduce finishing bottlenecks and registration errors [1] [2] .

Mimaki also maintains a regional technical and demonstration presence in Texas. The company lists a Technology Center in Irving, Texas, which serves as a venue for machine demonstrations, dealer training and regional events that explore integrated workflows such as print-and-cut combinations [3] . Vendor-hosted demonstrations and open houses are a common way for local users to see these workflows in operation and to validate throughput and registration performance on job-specific substrates.

Market context: industry consolidation and product positioning

The competitive landscape for wide-format printing and finishing has seen notable corporate movement. Industry reporting shows Brother Industries completed its acquisition of MUTOH Holdings on March 30, 2026, a consolidation that combines two vendors with installed bases in wide-format and industrial inkjet systems [4] . Analyst coverage of the earlier tender offer framed the move as a consolidation among suppliers of wide-format hardware, underscoring the value of integrated hardware and software ecosystems in the segment [5] .

Mimaki's JFX600 and CFX Series strategy presents a modular alternative within that framing: independent but interoperable printer and cutter platforms designed to be linked through workflow software and ID Cut registration. The CFX Series has also been recognized in industry awards, with a cited Readers' Choice accolade in 2025 that highlighted the series' speed and multi-tool capabilities as factors in productivity gains, according to vendor reporting [6] .

What it means for print providers

For sign shops, display producers and in-plant graphics operations with a mix of rigid-board printing and cut-to-shape finishing, the JFX600 plus CFX Series combination presents a documented workflow worth testing. The Irving Technology Center gives regional buyers a place to validate vendor claims against their own substrates, files and expected job mix [1] [2] [3] .

Analysis

The technical specifications published by Mimaki for the JFX600-2513 and the CFX Series support a workflow that emphasizes throughput and reduced manual registration. The ID Cut barcode handoff demonstrated in vendor material is central to that integration. Where decision-makers should seek further information is in shop-level validation: specifically, real-world throughput on their substrates, the logistics of moving printed panels between devices in their floorplan, and how the CFX's multi-tool arrangements map to their most common finishing tasks. Those operational variables are not fully specified in the product pages and are best confirmed through vendor demonstrations or trial runs at regional centers [1] [2] [3] .

Sources

Mimaki's JFX600 flatbed printer and CFX Series cutter can be evaluated as one production chain rather than as isolated devices. The strongest evidence covers print throughput, finishing capability, ID Cut handoff and access to regional demonstrations at Mimaki's Irving, Texas technology center.