The main differences are the effective cutting area and media width:

• 50ES has a cutting area of about 660 × 488 mm and supports a media width (Y-axis) of about 536 mm.
• 60ES has a larger working area of 976 × 660 mm and a media width of ~708 mm. If you mainly work with smaller sheets or have limited space, 50ES is more compact and probably sufficient. If you need to handle larger media (e.g. 4 × A3+ or similar), or if you want to increase throughput/margins, 60ES is better. Also consider your production volume, floor space and budget when making your decision.

The FCX4000 can cut through fairly thick materials - sandblast rubber up to ~1.0 mm and heavy cardboard up to ~1.0 mm, depending on the blade/tool used. The 600 gf force is one of the highest in its class, which helps with thicker media. Keep in mind, however, that very thick or stiff cardboard (especially over 1 mm, or very dense materials) may require slower speeds, possibly deeper blade settings, and more frequent maintenance of blade and tool holders.

Reverse creasing (or cutting) means that the operation (especially creasing or cutting) is done on the non-printed side of the media. This helps prevent damage or marking of the printed (top) surface, which is especially important for images with high visual quality, gloss or coatings. The FCX4000 supports this feature using the Advanced Registration Mark Sensing (ARMS) system and registration marks.

It uses an electrostatic panel - electrodes under the flatbed generate a static charge to hold light or thin sheets firmly in place. This is efficient and does not require mechanical clamps that interfere with cutting. Limitations: very heavy, thick or non-conductive/non-compatible materials may not adhere well; in such cases, a cling or protective mat is used to help. Dust or dirt on the panel may also reduce electrostatic adhesion, so regular cleaning/maintenance is required.

Supplied/compatible software: Cutting Master 5, Graphtec Studio 2 (for design & preparation of cutting data). You can use plugins (e.g. for Adobe Illustrator / CorelDRAW) to send jobs directly. The workflow is often: design → send data → (optional) save to USB/Flash memory → scan barcode (registers data) → insert media → cut/cut. Barcode + registration mark options improve accuracy and reduce errors. Offline operation possible (USB flash drive), not always requiring a continuous PC connection.

The main maintenance steps are:

• Regular cleaning of the electrostatic panel to prevent dust or dirt from reducing fixing power.
• Periodic inspection and replacement of blades and creasing tools, especially when cutting thicker or abrasive materials.
• Calibration via registration marks / ARMS functions so that the machine correctly detects alignment.
• Keep firmware and drivers up to date.
• Ensure suitable environment (temperature, humidity, dust) as static systems and precise mechanical parts are sensitive to extremes.

The top speed is 750 mm/s in all directions (omnidirectional) when conditions permit. In practice, however, the speed depends on the material (thickness, hardness), the complexity of the cutting path (curves, small details) and the type of blade. For very fine cuts or very thick media, you probably need a lower speed or lower acceleration to maintain quality.

• Dimensions vary by model; 50ES outer size ~ 1,089 × 897 × 204 mm, weight about 29 kg. Larger 60ES is wider.
• Power supply: uses standard mains power; note that electrostatic panels use about 110 V for the panel; check local voltage compatibility and electrical safety (region by region) when installing.
• Interface and mounting: needs a stable, flat table/workbench; ensure adequate space in front and back for loading/unloading media; consider ventilation/dust control.

Yes. The FCX4000 is designed for exactly those applications: print shops doing small runs, packaging prototypes, signage or mixed media. It avoids the cost and lead time of die-cutting or outsourcing while offering high precision. The offline, USB/head dual tool and barcode features reduce manual labor, errors and time. That said, per-item costs depend on media costs, consumables (blade wear, etc.), operator skill and setup; so budget for these when calculating ROI.