Totaalleverancier voor grootformaat printoplossingen

NL : +31 (0)76 820 08 30 | Belux : +32 (0)89/46.05.60

Graphtec FCX2000 serie vlakbed snijtafels

De Graphtec FCX2000 Serie vlakbed snijtafels is beschikbaar in diverse formaten en biedt uitzonderlijke precisie voor het snijden van karton, labels, folies, stencils en verpakkingsmateriaal. Ideaal voor verpakkingsdesign, displayproductie, prototyping en industriële toepassingen met maximale controle en flexibiliteit.

Prijsoverzicht Meer informatie Veelgestelde vragen Downloads Specificaties Specificaties Specificaties Specificaties

Graphtec FCX2000 Series Flatbed Cutting Plotters

The Graphtec FCX2000 Series are high‑precision flatbed cutting plotters built for rigid materials. Ideal for packaging prototyping and short production runs, they let you do contour cutting without dies — saving time, cost, and material.

Key Features:


  • Choice of three table sizes: 610×920 mm, 1,200×920 mm, 1,800×920 mm; vacuum‐suction hold‐down or electrostatic panel for lighter media (region dependent).
  • Dual tool holders (Tool 1 & Tool 2) offering up to 4.9 N (≈ 500 gf) and 9.8 N (≈ 1,000 gf) cutting force respectively; supports creasing, marking, scoring tools.
  • Maximum cutting speed of 400 mm/s, adjustable in 16 steps between ~1–40 cm/s in all directions.
  • Advanced Registration Mark Sensing (ARMS) version 6.0: accurate contour cutting via detection of four registration marks, plus workflows like ARMS Copy, One Point Compensation.
  • Offline USB operation: send cut/plot data (via compatible software) to a USB thumb drive; machine can run jobs directly from USB, supported by a 3.7″ LCD screen and barcode scan for media binding.
  • Interfaces: RS‑232C, USB2.0 (High Speed), Ethernet. Command sets include GP‑GL and HP‑GL emulation.

Products

Long Description

Key Benefits & Customer Value

For print shops, display graphics companies, signage firms, and packaging houses, the Graphtec FCX2000 Series delivers multiple tangible benefits:

  • Cost savings in tooling and setup: Traditional die cutting involves high tooling costs and long lead times. The FCX2000 lets you produce prototypes or small batches without needing dies, which dramatically lowers upfront costs.
  • Reduced waste & faster turnaround: Contour cutting pre‑printed or rigid media with precise registration means fewer errors, less material wasted, and faster job completion. Offline USB operation and barcode functions also simplify the workflow.
  • Versatility in media and tools: Whether you work with vinyl films, reflective sheeting, foam, chipboard, E‑ or F‑flute cardboard, or thin plastic sheets, the FCX2000 handles them. With dual tools, you can do cutting + creasing in the same job.


Detailed Product Capabilities


Table Sizes & Media Hold‑Down:

There are three main sizes:

  1. FCX2000‑60VC: 610 × 920 mm table (vacuum)
  2. FCX2000‑120VC: 1,200 × 920 mm (vacuum), and in some regions also electrostatic panel version (120ES) for lighter media.
  3. FCX2000‑180VC: 1,800 × 920 mm (vacuum) for large rigid sheet jobs.


Cutting Force & Tools:

Two tool holders allow simultaneous use of different tools—one for standard cutting (lower force), another for thicker cuts or creasing/score tools. Cut force settings are adjustable in many increments. Tool types include cutting blade (super steel types), pens, creasers, scoring tools.

Speed, Accuracy, & Resolution:

Speed up to 400 mm/s. Operator can adjust speed via 16 increments from ~1 to 40 cm/s. Resolution modes include GP‑GL (0.1 / 0.05 / 0.025 / 0.01 mm) and HP‑GL (0.025 mm). Distance accuracy is max 0.1 % of movement or 0.1 mm (whichever is larger). Perpendicularity tolerance is about 0.5 mm over 900 mm. Repeatability around ±0.1 mm (excluding media contraction).

Workflow & Software Integration:

Supported software includes Graphtec Cutting Master, Graphtec Pro Studio; plug‑ins for Adobe Illustrator, CorelDRAW. Offline capability via USB flash drive (FAT32 format). Barcode function for Print & Cut: the cutter can scan a printed barcode on the media to automatically select the matching cut data, reducing operator errors. Available with a 3.7″ LCD.

Typical Applications & Industries

Industries and use‑cases where FCX2000 excels:

  • Packaging prototype designers and converters doing corrugated board, chipboard, e‑flute / F‑flute packaging.
  • Signage and display graphics firms needing rigid signs, back boards, display panels.
  • Prepress / print shops offering print + cut services (contour cutting on posters, banners, etc.).
  • Industrial applications: stencils, rubylith, templates, sandblast resist masks.
  • Any short‑run or one‑off job where lead times and tooling costs must be minimized.


Unique Selling Points (USPs)


  • Media hold‑down adaptability: vacuum suction for heavier / thicker rigid materials; electrostatic panel version (where available) for thin, delicate media—minimizing damage.
  • Dual tool holders: allows cuts + creases or marking without changing tools mid‑job. Improves speed and reduces alignment errors.
  • ARMS 6.0 registration system: compensates distortion in both X & Y, supports multiple marks, allows production efficiency features like ARMS Copy.
  • Offline operation & USB / barcode workflow: especially useful in environments where multiple operators may not be experts, or where computer stations are shared or limited. Minimizes mistakes.
  • Large format in rigid bed without requiring dies: you get high precision for large rigid sheets, which is often expensive or slow with die‑cutting.


Maintenance, Ease of Use & Integration


  • Replacing and calibrating cutting blades (various types) is straightforward; ensuring correct blade length and alignment is part of the setup.
  • Media panel maintenance: vacuum panels need to be clean, free of dust and debris; electrostatic panels (where used) should be kept clean and dry. Filters in vacuum pumps must be maintained.
  • Software updates, driver compatibility: Graphtec provides firmware downloads, service manuals and setup instructions. Drivers are available for current Windows/macOS versions.
  • Safety & user control: inclusion of emergency stop switches; intuitive LCD + menu interface; barcode / USB workflow reduces user errors.

Frequently Asked Questions

What thicknesses and types of materials can the FCX2000 handle?

The FCX2000 is designed to work with a broad range of rigid and semi‑rigid media. For example: self‑adhesive vinyl, fluorescent and reflective films up to ~0.25 mm; heavy paper or board (pattern paper, oilboard) up to ~0.5‑1.0 mm depending on the blade; cardboard (E‑flute) up to ~1.5 mm; sandblast resist rubber, foam sheets (compressed) up to ~1.0 mm, sometimes thicker depending on tool used. Clear plastic sheets (boxes, acrylic) up to ~0.5‑1.0 mm depending on the model and tool. For very thick or hard materials, multiple passes or specialized blades may be necessary.

How does the ARMS (Advanced Registration Mark Sensing) system improve contour cutting?

ARMS version 6.0 allows the FCX2000 to detect registration marks (usually four) on pre‑printed media to correct distortion or misalignment in both X and Y axes. It enables accurate contour cutting even when prints have slight warping or stretching. Additional features include ARMS Copy (scan fewer marks on repeat sheets), One Point Compensation, and support for barcode‑based job selection. All this reduces errors, improves consistency, and speeds up production.

What is the difference between vacuum suction and electrostatic hold‑down methods?

  • Vacuum suction: uses an external pump (blower) to create negative pressure through many holes in the cutting table to hold down heavier or thicker media securely. It offers strong hold and works well for rigid substrates.
  • Electrostatic panel (ES): via electrodes inside the panel to generate an electrostatic field that holds media that are thinner / lightweight. This is gentler for delicate media and often quieter or less power intensive in some scenarios. However, electrostatic models are only available in certain regions and are less effective for very thick or heavy materials.

How does offline USB operation and the barcode workflow work?

Operators prepare cut/plot job files using Graphtec’s software (e.g., Cutting Master, Graphtec Pro Studio). These files are stored to a USB flash drive (format FAT32). At the FCX2000 machine, the user can plug in the USB drive and select the job from the 3.7" LCD. For contour cutting (“Print & Cut”) workflows, a barcode printed on the media is scanned by the FCX2000, which then automatically retrieves the corresponding job file from USB and applies the appropriate cutting settings. This reduces operator error and frees up PCs during production.

What is the accuracy and repeatability of these machines?

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

What are the machine dimensions, weight, and power requirements?

Each model in the FCX2000 series has different physical dimensions due to different table sizes. For example, larger models (like the 180VC) will occupy more floor space and are heavier. Environmental conditions recommended are temperature between +10 °C to +35 °C, with relative humidity 35‑75% non‑condensing. Power supply is universal 100‑240 VAC, 50/60 Hz. Specific weight values and external dimensions are listed in the datasheet.

How easy is it to maintain and service?

Maintenance involves routine checks such as blade condition, blade holder alignment, cleaning or replacing vacuum pump filters, keeping the vacuum or electrostatic panels clean from dust and debris, and ensuring registration sensors (ARMS) are unobstructed and calibrated. Graphtec provides user setup and service manuals. Tool changes (blades, creasers) are fairly simple. Regular software/firmware updates also help maintain performance.

Which software and file formats are compatible?

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. File formats supported include standard vector formats (EPS, PDF, possibly CMX depending on software), HP‑GL, GP‑GL command sets. Useful features like registration mark design, nesting, job tiling, barcode generation are supported via the software.

What are operational and running costs I should consider?

Running costs include replacement blades (depending on usage and media), maintenance of vacuum or electrostatic panels, electricity usage (though moderate), consumables like scoring tools, creasers, pens. Downtime costs also matter: part of the appeal is that less time is needed for tooling / setup vs die‑cutting, but mistakes or inaccurate settings can still waste material. Also firmware/software updates may require occasional downtime.

Is this machine well suited for large‑volume production? Or is it better for small runs & prototyping?

The FCX2000 excels in small‑run, medium‑complexity jobs, prototyping, custom or frequent job changeovers, print‑and‑cut work, etc. For very large volume production of the same design over and over (especially with thick rigid materials), traditional die cutting or fully automated systems might still be more cost‑efficient. The strength of FCX2000 is flexibility, speed of changeover, and lower tooling cost for smaller volumes.


Documents

Brochure

... Download Now

Consumables

... Download Now

Data Table

Specification

FCX2000‑60VC

Effective Cutting Area

610 mm × 920 mm

Mountable Media (Y‑axis height)

Up to ~950 mm

Media Hold‑Down Method

Vacuum suction

Roll media ondersteuning

Ja (handmatige stocker), max breedte 950 mm, max ±5 kg

Maximum Cutting Speed

400 mm/s

Cutting Force (Tool 1)

Up to ~4.9 N (500 gf)

Cutting Force (Tool 2)

Up to ~9.8 N (1,000 gf)

Cutting Force Settings

40 increments

Minimum Character Height

~3 mm square (varies with font and media)

Resolution Modes

GP‑GL: 0.1 / 0.05 / 0.025 / 0.01 mm • HP‑GL: 0.025 mm

Distance Accuracy

Max 0.1 % of distance moved or 0.1 mm (whichever is larger), post‑correction, excluding media contraction

Perpendicularity

Max ~0.5 mm over 900 mm

Repeatability

±0.1 mm (excluding media contraction)

Interfaces

RS‑232C, USB2.0 (High Speed), Ethernet (10/100 Mbps)

Display

Graphic LCD, 240×128 dots; supports multiple languages

Power Supply

Auto switching 100‑240 VAC, 50/60 Hz

Power Consumption

Maximum rating per model (see datasheet)

Operating Environment

Temp: +10‑35 °C; Humidity: 35‑75 % RH non‑condensing

Data Table

Specification

FCX2000‑120VC

Effective Cutting Area

1,200 mm × 920 mm

Mountable Media (Y‑axis height)

~950 mm

Media Hold‑Down Method

Vacuum suction

Cutting Force (Tool 1)

Up to ~4.9 N (500 gf)

Maximum Cutting Speed

400 mm/s

Cutting Force (Tool 2)

Up to ~9.8 N (1,000 gf)

Cutting Force Settings

40 increments

Minimum Character Height

~3 mm square (varies with font and media)

Resolution Modes

GP‑GL: 0.1 / 0.05 / 0.025 / 0.01 mm • HP‑GL: 0.025 mm

Distance Accuracy

Max 0.1 % of distance moved or 0.1 mm (whichever is larger), post‑correction, excluding media contraction

Repeatability

±0.1 mm (excluding media contraction)

Perpendicularity

Max ~0.5 mm over 900 mm

Interfaces

RS‑232C, USB2.0 (High Speed), Ethernet (10/100 Mbps)

Display

Graphic LCD, 240×128 dots; supports multiple languages

Power Supply

Auto switching 100‑240 VAC, 50/60 Hz

Power Consumption

Maximum rating per model (see datasheet)

Operating Environment

Temp: +10‑35 °C; Humidity: 35‑75 % RH non‑condensing

Data Table

Specification

FCX2000‑180VC

Effective Cutting Area

1,800 mm × 920 mm

Mountable Media (Y‑axis height)

~950 mm

Media Hold‑Down Method

Vacuum suction

Maximum Cutting Speed

400 mm/s

Cutting Force (Tool 1)

Up to ~4.9 N (500 gf)

Cutting Force (Tool 2)

Up to ~9.8 N (1,000 gf)

Cutting Force Settings

40 increments

Minimum Character Height

~3 mm square (varies with font and media)

Resolution Modes

GP‑GL: 0.1 / 0.05 / 0.025 / 0.01 mm • HP‑GL: 0.025 mm

Distance Accuracy

Max 0.1 % of distance moved or 0.1 mm (whichever is larger), post‑correction, excluding media contraction

Perpendicularity

Max ~0.5 mm over 900 mm

Repeatability

±0.1 mm (excluding media contraction)

Interfaces

RS‑232C, USB2.0 (High Speed), Ethernet (10/100 Mbps)

Display

Graphic LCD, 240×128 dots; supports multiple languages

Power Supply

Auto switching 100‑240 VAC, 50/60 Hz

Power Consumption

Maximum rating per model (see datasheet)

Operating Environment

Temp: +10‑35 °C; Humidity: 35‑75 % RH non‑condensing

Data Table

Specification

FCX2000‑120ES*

Effective Cutting Area

1,200 mm × 920 mm

Mountable Media (Y‑axis height)

~950 mm

Media Hold‑Down Method

Electrostatic (*region‑dependent)

Maximum Cutting Speed

400 mm/s

Cutting Force (Tool 1)

Up to ~4.9 N (500 gf)

Cutting Force (Tool 2)

Up to ~9.8 N (1,000 gf)

Cutting Force Settings

40 increments

Minimum Character Height

~3 mm square (varies with font and media)

Resolution Modes

GP‑GL: 0.1 / 0.05 / 0.025 / 0.01 mm • HP‑GL: 0.025 mm

Distance Accuracy

Max 0.1 % of distance moved or 0.1 mm (whichever is larger), post‑correction, excluding media contraction

Perpendicularity

Max ~0.5 mm over 900 mm

Repeatability

±0.1 mm (excluding media contraction)

Interfaces

RS‑232C, USB2.0 (High Speed), Ethernet (10/100 Mbps)

Display

Graphic LCD, 240×128 dots; supports multiple languages

Power Supply

Auto switching 100‑240 VAC, 50/60 Hz

Power Consumption

Maximum rating per model (see datasheet)

Operating Environment

Temp: +10‑35 °C; Humidity: 35‑75 % RH non‑condensing

Waarom Dimix ?

  • Vandaag voor 16u besteld; morgen geleverd
  • Geen verzendkosten vanaf 250 €
  • Nettoprijzen na inloggen
  • Uitgebreid advies
  • Ervaren technische dienst

©2025 Dimix bv - All rights reserved