AI-generated FGF process illustration; not a photograph of FGF 1800 Pro, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

FGF · Model reference

EverBen FGF 1800 Pro 3D Printer: specifications and configuration review

FGF 1800 Pro: FGF 1800 has conflicting build-height records, a 50 kg hopper-capacity entry and 1–8 mm nozzle options. The 3–10 kW load range needs a thermal configuration.

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AI-generated FGF process illustration; not a photograph of FGF 1800 Pro, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

Processpellet extrusion / FGF

Current availabilityPending confirmation

Specification statusNeeds configuration confirmation

Reference reviewed2026-09-08

Configuration decisions

What to resolve for FGF 1800 Pro

Which 1800 build height can be used for nesting?

The table lists 1800 × 1200 × 1300 mm but other records give a different height. The Z dimension is held pending a usable-travel drawing; the outer outline does not establish tool reach or removal clearance.

How should the hopper and heater options be quoted?

The 50 kg hopper value is a mass capacity with no pellet density basis. The 350 °C nozzle, optional 450 °C package, optional chamber heating and 3–10 kW range must be itemized together.

Decision coverage

Selection fields and gaps

Values below come from this model’s reference table. A pending field must be resolved before it is used for selection; a material-family list does not qualify a grade.

Build envelope: Pending confirmation — Source records disagree on the build height; a signed drawing must establish the usable Z travel.
Nozzle diameter options: 1-8mm
Material grade / qualification: Pending confirmation — The source material code PEl+CF is ambiguous. Confirm the polymer identity and qualified pellet grades.
Nozzle temperature: ≤350 degrees Celsius (450 degrees Celsius is optional)
Chamber heating / enclosure: Option
Electrical supply: Single-phase AC 220V
Rated load (reference; scope to confirm): Pending confirmation — The 3–10 kW range is not mapped to nozzle, bed and optional chamber heating; confirm simultaneous load.

Adjacent configurations

Compare FGF 1800 Pro with FGF 1200 Pro and FGF 3000 Pro

Each pair uses the same decision fields. These are source-record differences; output, compatibility and current supply require confirmation for both configurations.

FGF 1800 Pro / FGF 1200 Pro

Reference comparison; unconfirmed fields remain open
Field	FGF 1800 Pro	FGF 1200 Pro
Build envelope	Pending confirmation — see this model’s reference issues	(LWH) 120010001000mm
Nozzle diameter options	1-8mm	2-6mm
Nozzle temperature	≤350 degrees Celsius (450 degrees Celsius is optional)	≤350 degrees Celsius (450 degrees Celsius is optional)
Chamber heating / enclosure	Option	Not supplied in this record
Machine outline (auxiliaries may be excluded)	(LWH) 265020002300mm	(LWH) 199018952250mm
Machine mass (check net/gross basis)	1300kg	Pending confirmation — see this model’s reference issues
Rated load (reference; scope to confirm)	Pending confirmation — see this model’s reference issues	3-5kW

FGF 1200 Pro: 1200 × 1000 × 1000 mm pellet build reference with 2–6 mm nozzles and a 40 kg hopper-capacity entry. A major machine-weight discrepancy blocks installation sizing.

Review FGF 1200 Pro specifications →

FGF 1800 Pro / FGF 3000 Pro

Reference comparison; unconfirmed fields remain open
Field	FGF 1800 Pro	FGF 3000 Pro
Build envelope	Pending confirmation — see this model’s reference issues	(LWH) 300020001000mm
Nozzle diameter options	1-8mm	2-6mm
Nozzle temperature	≤350 degrees Celsius (450 degrees Celsius is optional)	≤350 degrees Celsius (450 degrees Celsius is optional)
Chamber heating / enclosure	Option	Not supplied in this record
Machine outline (auxiliaries may be excluded)	(LWH) 265020002300mm	(LWH) 410430673100mm
Machine mass (check net/gross basis)	1300kg	6000kg
Rated load (reference; scope to confirm)	Pending confirmation — see this model’s reference issues	Not supplied in this record

FGF 3000 Pro: 3000 × 2000 × 1000 mm pellet-extrusion reference with 2–6 mm nozzles and 6000 kg listed mass. CNC ownership and mixed dryer utility entries are unresolved.

Review FGF 3000 Pro specifications →

Reviewed reference record

Basic Parameters for EverBen FGF 1800 Pro 3D Printer

Reviewed on 2026-09-08. This is a third-party source record for an EverBen inquiry designation. It does not establish a current signed specification, model mapping or supply authorization.

Molding technology: Fused granular fabrication
Molding dimensions: Pending confirmation — Source records disagree on the build height; a signed drawing must establish the usable Z travel.
Machine dimensions: (L*W*H) 2650*2000*2300mm
Optional nozzle diameter: 1-8mm
Nozzle heating method: Three-zone intelligent heating
Storage hopper capacity (mass): 50kg
Drive mode: Servo motor
Rated power: Pending confirmation — The 3–10 kW range is not mapped to nozzle, bed and optional chamber heating; confirm simultaneous load.
Machine weight: 1300kg
Working surface temperature: ≤120 degrees Celsius
Workbench contact surface: Aluminum Platform/Tempered Glass
The maximum temperature of the nozzle: ≤350 degrees Celsius (450 degrees Celsius is optional)
Printing connection method: SD/USB/WiFi
Slicing supported formats: STL/OBJ/AMF/3MF
Compressed air pressure: 0.6MPA
Materials: Pending confirmation — The source material code PEl+CF is ambiguous. Confirm the polymer identity and qualified pellet grades.
Material particle diameter: 1-5mm
Automatic feeder: Integrated
Chamber heating: Option
Power supply voltage: Single-phase AC 220V

Needs configuration confirmation

The 50 kg hopper value is a mass capacity with no pellet density basis. The 350 °C nozzle, optional 450 °C package, optional chamber heating and 3–10 kW range must be itemized together. Current availability, EverBen-to-source model mapping and signed specification revision require confirmation.

Source and corrections

Reference status and open fields

Legacy source record — Model parameter table and overview; reviewed 2026-09-08. Source revision not stated; request a current controlled datasheet and model mapping.

The legacy record does not establish a current manufacturer, supply authorization or EverBen model mapping. Request the current controlled datasheet with your inquiry.

Source wording retained for clarification (3 entries; not approved specifications)

Materials — pending

Unresolved source wording: ABS/ABS Fire Retardant/ABS+GF/ABS+CF/PETG/PETG Fire Retardant/ PETG+GF/PLA/ASA/ASA+GF/TPU/PC/PA/PP/PA+CF/PC+CF/PEl+CF etc.

The source material code PEl+CF is ambiguous. Confirm the polymer identity and qualified pellet grades.

Molding dimensions — pending

Unresolved source wording: (L*W*H) 1800*1200*1300mm

Source records disagree on the build height; a signed drawing must establish the usable Z travel.

Rated power — pending

Unresolved source wording: 3-10kW

The 3–10 kW range is not mapped to nozzle, bed and optional chamber heating; confirm simultaneous load.

AI-generated FGF sample illustration; not a measured sample from FGF 1800 Pro. Material, finish and performance require the benchmark below.

Model-specific acceptance

Benchmark to request for FGF 1800 Pro

After Z travel is resolved, print the tallest intended geometry and record bead bonding, thermal drift and distortion across the 1800 mm span.

The report should name the machine revision, material lot, parameters, post-processing and measurement method, with raw results and agreed acceptance limits.

Request this benchmark

Further planning

Process, installation and purchasing guidance

pellet extrusion / FGF process and material guide · Installation, training and acceptance scope · MOQ, quotation and commercial questions

Request a signed model/configuration mapping, current datasheet, genuine model photographs and a quotation naming the supply and warranty parties.

Next practical step

Resolve the FGF 1800 Pro configuration.

Send the part envelope, material grade, quantity and destination with the open fields above. Request the matching specification and acceptance plan with your quotation.

Request a model quotation