The FCX2000 is designed to work with a wide range of rigid and semi-rigid media. For example: self-adhesive vinyl, fluorescent and reflective films up to ~0.25 mm; heavy paper or cardboard (pattern paper, oil board) up to ~0.5-1.0 mm, depending on the sheet; cardboard (E-flute) up to ~1.5 mm; sandblast resistant rubber, foam sheets (compressed) up to ~1.0 mm, sometimes thicker depending on the tool used. Clear plastic sheets (boxes, acrylic) up to ~0.5-1.0 mm, depending on the model and tool. Very thick or hard materials may require multiple operations or special blades.

With ARMS version 6.0, the FCX2000 can detect registration marks (typically four) on pre-printed media to correct distortion or misalignment in both the X and Y axes. It enables accurate contour cutting even when prints are slightly warped or stretched. Additional features include ARMS Copy (scan fewer marks on repeat sheets), One Point Compensation and support for barcode-based job selection. All of these reduce errors, improve consistency and speed up production.

• Vacuum suction: uses an external pump (blower) to create negative pressure through many holes in the cutting table to firmly hold heavier or thicker media. It provides strong fixation and works well for rigid substrates.
• Electrostatic panel (ES): an electrostatic field is generated through electrodes in the panel to hold thinner/lighter media. This is kinder to delicate media and often quieter or less energy-intensive in some scenarios. However, electrostatic models are only available in certain regions and are less effective for very thick or heavy materials.

Operators prepare cutting/plot job files using Graphtec's software (e.g. Cutting Master, Graphtec Pro Studio). These files are stored on a USB flash drive (format FAT32). On the FCX2000 machine, the user can connect the USB drive and select the job on the 3.7" LCD screen. For contour cutting ("Print & Cut"), a bar code printed on the media is scanned by the FCX2000, which then automatically retrieves the corresponding job file from the USB and applies the appropriate cutting settings. This reduces operator errors and frees up PCs during production.

Accuracy is very good: distance accuracy is specified as up to 0.1% of traveled distance or 0.1 mm (whichever is greater), excluding media contraction. Perpendicularity is up to ~0.5 mm over a range of 900 mm. Repeatability is about ±0.1 mm under standard environmental conditions. Of course, actual results depend on media quality, tool condition, blade sharpness, and proper calibration.

Each model in the FCX2000 series has different physical dimensions due to different table sizes. For example, larger models (such as the 180VC) take up more floor space and are heavier. Recommended environmental conditions are a temperature between +10°C and +35°C, with a relative humidity of 35-75% without condensation. Power supply is universal 100-240 VAC, 50/60 Hz. Specific weight values and external dimensions are listed in the datasheet.

Maintenance consists of routine checks such as blade condition, blade holder alignment, cleaning or replacing vacuum pump filters, keeping the vacuum or electrostatic panels free of dust and dirt, and checking that the registration sensors (ARMS) are free and calibrated. Graphtec provides user setup and maintenance manuals. Tool changes (blades, creasers) are fairly easy. Regular software/firmware updates also help maintain performance.

Compatible software includes Graphtec Cutting Master (e.g., version 4 or 5, depending on region), Graphtec Pro Studio and plug-ins for Adobe Illustrator and CorelDRAW. Supported file formats include standard vector formats (EPS, PDF, possibly CMX depending on the software), HP-GL, GP-GL command sets. Useful features such as registration mark design, nesting, job tiling and barcode generation are supported through the software.

Operational costs include blade replacement (depending on use and media), maintenance of vacuum or electrostatic panels, electricity consumption (although moderate), consumables such as creasing tools, creasing machines, pins. Downtime costs are also important: part of the appeal is that less time is required for tooling/setting compared to die-cutting, but errors or inaccurate settings can still waste material. Firmware/software updates may also require occasional downtime.

The FCX2000 excels in small runs, jobs of medium complexity, prototypes, custom or frequent job changes, print-and-cut, etc. For producing very large volumes of the same design over and over again (especially with thick rigid materials), traditional die-cutting or fully automated systems may still be more cost-effective. The strength of FCX2000 is flexibility, speed of changeover and lower tooling costs for smaller volumes.