AI-generated FDM process illustration; not a photograph of FDM 500, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

FDM · Model reference

EverBen FDM 500 3D Printer: specifications and configuration review

FDM 500: 500 mm cube FDM reference whose nozzle, extruder, temperature and material rows need a corrected source table. No replacement layer range or material identity has been inferred.

Request this configuration Compare adjacent models ↓

AI-generated FDM process illustration; not a photograph of FDM 500, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

Processfilament extrusion / FDM

Current availabilityPending confirmation

Specification statusNeeds configuration confirmation

Reference reviewed2026-09-08

Configuration decisions

What to resolve for FDM 500

Which FDM 500 fields cannot be selected from the table?

The nozzle row says 0.05–0.35 mm while the extruder row says 0.4 mm; layer thickness is not independently established. Temperature records also conflict. Obtain a corrected nozzle count, diameter, layer and thermal schedule.

Why are TEPG and Carbon Fiber unresolved?

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: 500×500×500mm
Layer setting: Not supplied in this reference record — request a configuration-specific value.
Nozzle diameter options: Pending confirmation — The source puts 0.05–0.35 mm in the nozzle row and 0.4 mm in the extruder row; nozzle diameter, count and layer range require a corrected table.
Material grade / qualification: Pending confirmation — TEPG is undefined and Carbon Fiber lacks a polymer matrix. Require named filament grades and approved thermal profiles.
Nozzle temperature: Pending confirmation — The record already reports conflicting temperature fields; confirm the hot-end and ambient limits separately.
Chamber heating / enclosure: Not supplied in this reference record — request a configuration-specific value.
Electrical supply: AC100V-AC240V/15A 50Hz/60Hz
Rated load (reference; scope to confirm): Not supplied in this reference record — request a configuration-specific value.

Adjacent configurations

Compare FDM 500 with FDM 5060 and FDM 345

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

FDM 500 / FDM 5060

Reference comparison; unconfirmed fields remain open
Field	FDM 500	FDM 5060
Build envelope	500×500×500mm	500×500×600mm
Nozzle diameter options	Pending confirmation — see this model’s reference issues	0.4/0.6/0.8/1mm
Nozzle temperature	Pending confirmation — see this model’s reference issues	0-320°C
Chamber heating / enclosure	Not supplied in this record	Fully enclosed (double door type)
Machine outline (auxiliaries may be excluded)	680×640×820mm	680 × 730 × 1210mm
Machine mass (check net/gross basis)	Not supplied in this record	130kg

FDM 5060: 500 × 500 × 600 mm enclosed FDM reference with 0.4–1.0 mm nozzle choices. The fine XY/Z positioning entries and 600 mm/s ceiling lack measurement and flow conditions.

Review FDM 5060 specifications →

FDM 500 / FDM 345

Reference comparison; unconfirmed fields remain open
Field	FDM 500	FDM 345
Build envelope	500×500×500mm	425×365×550mm
Nozzle diameter options	Pending confirmation — see this model’s reference issues	0.4mm
Nozzle temperature	Pending confirmation — see this model’s reference issues	Max 330°C
Chamber heating / enclosure	Not supplied in this record	Fully Enclosed Heated Chamber (Dual-Door Design)
Machine outline (auxiliaries may be excluded)	680×640×820mm	600×550×950mm
Machine mass (check net/gross basis)	Not supplied in this record	50KG

FDM 345: 425 × 365 × 550 mm FDM reference with a 330 °C nozzle and 120 °C bed entry. Layer thickness lacks a unit, and heated-chamber temperature is unspecified.

Review FDM 345 specifications →

Reviewed reference record

Basic Parameters for EverBen FDM 500 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.

Build Size: 500×500×500mm
Machine Size: 680×640×820mm
Printing Technology: FDM (Fused Deposition Modeling)
Nozzle Diameter: Pending confirmation — The source puts 0.05–0.35 mm in the nozzle row and 0.4 mm in the extruder row; nozzle diameter, count and layer range require a corrected table.
Display: 4.3-inch Touch Color Screen (HDMI High-Definition Capacitive Screen)
Printing Speed: Max 600mm/s
Extruder Specification: Pending confirmation — The source puts 0.05–0.35 mm in the nozzle row and 0.4 mm in the extruder row; nozzle diameter, count and layer range require a corrected table.
Voice Interface: Chinese / English (Multiple Languages Available)
Nozzle Temperature: Pending confirmation — The record already reports conflicting temperature fields; confirm the hot-end and ambient limits separately.
Connectivity: SD/USB/WiFi
File Format: STL/GCODE/OBJ
Slicing Software: Supports Various Third-Party Software
Supported Materials: Pending confirmation — TEPG is undefined and Carbon Fiber lacks a polymer matrix. Require named filament grades and approved thermal profiles.
Recommended Operating Temperature: Pending confirmation — The record already reports conflicting temperature fields; confirm the hot-end and ambient limits separately.
Storage Temperature: 0°C-32°C
Power Requirements: AC100V-AC240V/15A 50Hz/60Hz

Needs configuration confirmation

TEPG has no defined polymer identity, and Carbon Fiber lacks its matrix material. Filament diameter, grade, drying and chamber requirements must accompany an approved profile before material compatibility can be claimed. 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 (5 entries; not approved specifications)

Nozzle Diameter — pending

Unresolved source wording: 0.05~0.35mm (Optional)

The source puts 0.05–0.35 mm in the nozzle row and 0.4 mm in the extruder row; nozzle diameter, count and layer range require a corrected table.

Extruder Specification — pending

Unresolved source wording: 0.4mm (Standard Configuration)

The source puts 0.05–0.35 mm in the nozzle row and 0.4 mm in the extruder row; nozzle diameter, count and layer range require a corrected table.

Nozzle Temperature — pending

Unresolved source wording: 30~320°C

The record already reports conflicting temperature fields; confirm the hot-end and ambient limits separately.

Recommended Operating Temperature — pending

Unresolved source wording: 0°C~40°C

The record already reports conflicting temperature fields; confirm the hot-end and ambient limits separately.

Supported Materials — pending

Unresolved source wording: PLA, ABS, TPU, TEPG, Carbon Fiber, Wood-Filled Materials, Metal-Filled Materials, Marble-Filled Materials, etc

TEPG is undefined and Carbon Fiber lacks a polymer matrix. Require named filament grades and approved thermal profiles.

AI-generated FDM sample illustration; not a measured sample from FDM 500. Material, finish and performance require the benchmark below.

Model-specific acceptance

Benchmark to request for FDM 500

Resolve the table first, then print a 500 mm-scale reference geometry at the confirmed nozzle, layer and material conditions and measure finished dimensions.

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

filament extrusion / FDM 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 FDM 500 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