AI-generated SLM process illustration; not a photograph of SLM M50 Series, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

SLM · Series reference

EverBen SLM M50 Series 3D Printer: specifications and configuration review

SLM M50 Series: Small cylindrical LPBF reference, Ø70 × 50 mm, with a 200 W source and a tin-powder entry. Conflicting speed and protective-gas claims are withheld.

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AI-generated SLM process illustration; not a photograph of SLM M50 Series, the quoted equipment or a delivered unit. Enclosure, head count and auxiliaries shown do not establish this model's configuration.

Processmetal LPBF / SLM

Current availabilityPending confirmation

Specification statusNeeds configuration confirmation

Reference reviewed2026-09-08

Configuration decisions

What to resolve for SLM M50 Series

Why are M50 speed and atmosphere pending?

The source recommends 10 m/s jumping but gives a 7 m/s maximum. It also says no protective gas beside generic metal powders. Neither statement is safe to generalize; the actual tin-powder process and operating limits need documentation.

What separates M50 from D100?

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: Φ70mm*50mm
Layer setting: 0.02-0.03 mm
Laser: High performance domestic laser 200W (1064nm)
Material grade / qualification: Pending confirmation — The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.
Electrical supply: 220V 50 Hz
Rated load (reference; scope to confirm): 1kW, Single Phase
Preheat / process temperature: No Substrate Preheating

Adjacent configurations

Compare SLM M50 Series with SLM D100 and SLM M100 Series

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

SLM M50 Series / SLM D100

Reference comparison; unconfirmed fields remain open
Field	SLM M50 Series	SLM D100
Build envelope	Φ70mm*50mm	Φ120mm*100mm
Laser	High performance domestic laser 200W (1064nm)	300W Infrared Ytterbium-doped Fiber Laser ×1
Preheat / process temperature	No Substrate Preheating	No Substrate Preheating
Machine outline (auxiliaries may be excluded)	720mm810mm1500mm	690mm * 720mm * 1000mm
Machine mass (check net/gross basis)	100kg	140kg
Electrical supply	220V 50 Hz	220V 50 Hz
Rated load (reference; scope to confirm)	1kW, Single Phase	6kW, Single-phase Electricity

SLM D100: Ø120 × 100 mm cylindrical LPBF reference with a single 300 W infrared fibre laser and no substrate preheating. Alloy, gas and output conditions need qualification.

Review SLM D100 specifications →

SLM M50 Series / SLM M100 Series

Reference comparison; unconfirmed fields remain open
Field	SLM M50 Series	SLM M100 Series
Build envelope	Φ70mm*50mm	100mm100mm100mm
Laser	High performance domestic laser 200W (1064nm)	IPG 500W*1
Preheat / process temperature	No Substrate Preheating	No Substrate Preheating
Machine outline (auxiliaries may be excluded)	720mm810mm1500mm	735mm 920mm 1780mm
Machine mass (check net/gross basis)	100kg	300kg
Electrical supply	220V 50 Hz	220V 50 Hz
Rated load (reference; scope to confirm)	1kW, Single Phase	6kW, Three-phase Electricity

SLM M100 Series: 100 × 100 × 100 mm LPBF reference with one 500 W laser and a corrected 735 × 920 × 1780 mm outline. The 220 V three-phase supply wording needs a wiring basis.

Review SLM M100 Series specifications →

Reviewed reference record

Basic Parameters for EverBen SLM M50 Series 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: Φ70mm*50mm
External Dimensions: 720mm*810mm*1500mm
Forming Materials: Pending confirmation — The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.
Powder Supply Method: Double Cylinder One-Way Powder Feeding
Printing Accuracy: Pending confirmation — The fixed term in the source accuracy formula has no unit. A signed formula and measurement method are required.
Layer Thickness: 0.02-0.03 mm
Protection System: Pending confirmation — The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.
Supporting Consumables: Metal tin powder 20 kg
Laser Type: High performance domestic laser 200W (1064nm)
Scanning System: Domestic scanning galvanometer system (Equipped with F-theta Field Lens)
Laser Speed: Pending confirmation — The source recommends a 10 m/s jump while stating a 7 m/s maximum. Scan and jump limits require correction by the source owner.
Data Processing Software: Voxeldance Additive / Magics (STL/SLC file)
Equipment Control Software: Source-listed machine-control or slicing software; current product name, licence, provider, version and compatibility must be confirmed in the controlled quotation.
Operating System: Windows 10
Data Format: STL/SLC
Power Supply: 220V 50 Hz
Rated Power Consumption: 1kW, Single Phase
Preheat Temperature: No Substrate Preheating
Industrial Control Computer Configuration: Gen i7\8G
Forming Efficiency: 5-20 cm³/h
Relative Humidity: Below 40%, Frost-free
Ambient Temperature: 15-30 °C
Equipment Weight: 100kg

Needs configuration confirmation

M50 lists Ø70 × 50 mm, a 200 W source and 20 kg of tin powder; D100 lists Ø120 × 100 mm and a 300 W infrared source. A larger platform or different alloy cannot inherit the M50 atmosphere assumption. 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)

Printing Accuracy — pending

Unresolved source wording: ±0.1(L≤100 mm);±0.1%*L(L>100 mm)

The fixed term in the source accuracy formula has no unit. A signed formula and measurement method are required.

Laser Speed — pending

Unresolved source wording: Scanning:1.0~4.0m/s (Recommended); Jumping: 10.0m/s(Recommended); Up to 7m/s

The source recommends a 10 m/s jump while stating a 7 m/s maximum. Scan and jump limits require correction by the source owner.

Protection System — pending

Unresolved source wording: No need for protective gas

The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.

Forming Materials — pending

Unresolved source wording: Metal Powders

The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.

Feedstock / material — pending

Unresolved source wording: Metal Powders

The source pairs a no-protective-gas statement with unspecified metal powders. Only a documented tin-powder process and atmosphere assessment can define the permitted route.

AI-generated SLM sample illustration; not a measured sample from SLM M50 Series. Material, finish and performance require the benchmark below.

Model-specific acceptance

Benchmark to request for SLM M50 Series

Establish the permitted tin grade, atmosphere and powder-control procedure first, then measure the small cylindrical benchmark at the corrected scan and jump settings.

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

metal LPBF / SLM 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 SLM M50 Series 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