Domino D310

Domino D310: the ultra-compact laser printer for consistently sharp coding on a wide range of materials

The Domino D310 laser printer is the smallest and lightest CO₂ vector laser in its class for high-speed coding on aluminum, paper, cardboard, glass, PET and other plastic materials.

Domino D310 is suitable for the laser coding of graphics, barcodes and 2D codes such as QR Code and DataMatrix, and can produce an unlimited number of text lines in any orientation (multilingual characters including Unicode). Domino D310 meets current and future requirements for the widest range of high-legibility coding applications, and complies with traceability legislation.

Versatile installation: the scan head of the Domino D310 can be positioned from 0° to 90°. In addition, its IP55 protection rating makes the Domino D310 laser printer particularly suitable for use in harsh environments (standard on the D310e model only).

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The Main Benefits

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Easy to install, even on lines already in operation, thanks to mounting rails that run the full length of the housing.

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The Domino D310 laser printer uses no fluids or consumables, and its newly designed cooling system keeps energy consumption low.

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Laser head with the controller built into the scan head. The lens sits flush with the housing, allowing use even in extremely tight spaces.

Encoding Type

Laser marking for food & beverage: what you need to know

Why use a laser marker to code your products

From the food industry through to pharmaceuticals, laser marking is often the best choice to deliver safe, fast, efficient coding and to guarantee full product traceability.

Find out everything you need to know.

Technical Specifications

  • Technical Specifications
Technical Specifications
D310 D310e
Characters per second * 1,000 1,000
Line speed * 350 m/min 350 m/min
Number of text lines * unlimited unlimited
Characters Multilingual including Unicode Multilingual including Unicode
Marking field (mm) 58×58 – 68×68 – 84×84 – 102×102 – 136×136 – 180×180 58×58 – 68×68 – 84×84 – 102×102 – 136×136 – 180×180
Laser tube type Black – Red – Blue Black – Red – Blue
Laser power 30 W – 25 W – 20 W 30 W – 25 W – 20 W
Laser wavelength 10.6 μm – 10.2 μm – 9.3 μm 10.6 μm – 10.2 μm – 9.3 μm
F-theta lens options (mm) Focal length = 80 – 100 – 120 – 150 – 200 – 250 Focal length = 80 – 100 – 120 – 150 – 200 – 250
Laser class Class 4 Class 4
Integrated aiming beam No Yes**
Axial option No Yes**
Laser housing Stainless steel and anodized aluminum Stainless steel and anodized aluminum
Weight and dimensions 21 kg – 170x170x650 mm 25 kg – 200x180x800 mm
Electrical specifications 100-230V 50-60Hz (tested at 85-265VAC 47-63Hz) 100-230V 50-60Hz (tested at 85-265VAC 47-63Hz)
Power consumption (max) 1000VA 1000VA
Laser system Standard (fan cooled) IP55 (compressed air cooling)
Operating temperature 5-45°C 5-45°C
Operating relative humidity Max. 90% RH, non-condensing Max. 90% RH, non-condensing
Options Emergency stop, beacon, laser stand, fume extractor, guarding Emergency stop, beacon, laser stand, fume extractor, guarding
Product detection inputs NPN / PNP / 24V sensor NPN / PNP / 24V sensor
Product speed detection Differential encoder / NPN / PNP Differential encoder / NPN / PNP
Input signals Laser start / mark control / mark on / programmable input / user input Laser start / mark control / mark on / programmable input / user input
Output signals Laser Ready/Busy; fume extractor control; user output; beacon Laser Ready/Busy; fume extractor and compressed air control; user output; beacon
Interface Ethernet – 1 x RJ45 Ethernet – 1 x RJ45
Optional user interface 10″ touchscreen ControlPanel (IP65) – Windows 10 PC/HMI 10″ touchscreen ControlPanel (IP65) – Windows 10 PC/HMI
User interface language English, Italian (operator selectable) English, Italian (operator selectable)
Operating system Laser: Linux | User interface: Windows 10 based Laser: Linux | User interface: Windows 10 based
User interface software LM Editor QS Quick Step LM Editor QS Quick Step

* Characters per second and production line speed depend on the material surface and on the coding content

** Aiming beam not available with 80 mm and 100 mm lenses

Technology in Action

Accessories

FAQ

What applications are laser markers suited to?
Laser markers are ideal for permanent coding and marking of batch numbers, expiration dates, barcodes, QR codes, and DataMatrix codes on a wide range of materials.

What is the difference between CO₂, fiber, and UV lasers?
CO₂ lasers are ideal for organic materials, fiber lasers for metals and engineering plastics, while UV lasers deliver high-precision marking on sensitive materials.

What codes can be produced with a laser marker?
Laser markers can engrave text, batch numbers, expiration dates, barcodes, QR codes, and DataMatrix codes with high precision.

What are the advantages of laser marking?
Laser marking is permanent, fast, and precise, requires no consumables, and reduces running costs over time.

What materials can be laser marked?
Laser marking is suitable for a wide range of materials, including metals, plastics, PET, glass, flexible films, laminates, and cardboard.

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