MACSA fLASER Laser Marking and Coding

MACSA fLASER Laser Marking and Coding film and foil coding laser will reduce costs and waste, and enable continuous operation

fLASER lasers from Macsa are film and foil coding lasers. They are used to apply variable information to flexible packaging and other foil, film and plastic coated packaging without damaging the substrate. They are cost-effective and high quality alternatives to the other traditional technologies.

MACSA fLASER Laser Marking and Coding systems respond to the need of companies to reduce coding costs, reduce plastic waste and enable continuous operation. They deliver consistent, permanent, high quality codes without interruption even in harsh environments.

By contrast traditional overprinters use thermal transfer printers. These are wasteful and need frequent maintenance, and print quality deteriorates over time.
MACSA fLASER Laser Marking and Coding systems are powered by Macsa F series fiber lasers. There is an on-board computer which enables multiple message storage. Such messages can be selected directly without a network or PC connection.

TYPICAL SUBSTRATES ARE:

  • Flexible films especially oriented polypropylene (OPP), Polyesters, Polyimides, Polyamides, Acrylates.
  • Shrink / sleeves for bottles especially polyethylene terephthalate (PET).
  • Coated cardboard such as Tetra Pak type cartons with a plastic coating.
  • Coated aluminium foil.
  • Special multilayer acrylic labels (typically used in the automotive industry).

fLASER MARKET INDUSTRIES 

  • Food
  • Beverages
  • Tobacco
  • Chemical
  • Automotive
  • Cosmetics
  • Pharmaceutical
  • Industrial
MACSA K1000 Laser Specifications
System Type F-9010-C UHS F-9020-C UHS F-9050-C UHS
Power 10w 20w 50w
Wavelength 1.062µm
Mains Supply 115v/230v
50/60 Hz
(1 Phase + N) 1000w
350VA
115v/230v
50/60 Hz
(1 Phase + N) 1000w
450VA
115v/230v
50/60 Hz
(1 Phase + N) 1000w
650VA
Dimensions
Head 108 x 126 x 250mm
Rack 482 x 177 x 454mm (19" x 4u x 454mm)
Weight Net weight: 23kg - Gross weight: 30kg
System Optical isolator and collimator of the laser source, galvanometric scanners built into the marking head.
Control and power electronics, drivers of the digital scanners (F-9019-C, F-9020-C and F-9050-C UHS FILM laser systems), CPU, power supplies and laser source built nto the control rack.
Optics Beam Diameter (µm) Power density (kW/cm²) Beam Diameter (µm) Power density (kW/cm²) Beam Diameter (µm) Power density (kW/cm²)
Working distance 128mm
Focal length 100mm
Marking area 60x60mm
27 - O 3481.9 - O 27 - O 6963.7 - O 27 - O 17409.3 - O
Working distance 205mm
Focal length 162mm
Marking area 100x100mm
44 - S 1326.7 - S 44 - S 2653.4 - S 44 - S 6633.6 - O
Working distance 321mm
Focal length 254mm
Marking area 160x160mm
69 - O 539.7 - O 69 - O 1079.4 - O 69 - O 2698.4 - O
Working distance 427mm
Focal length 346mm
Marking area 200x200mm
94 - O 290.8 - O 94 - O 581.7 - O 94 - O 1454.2 - O
µm: microns       S: Standard       O: Optional      Standard configuration marking at 90°
Software
  • ScanLinux V.5.2.7 and later for the F-9000 laser system
  • Marca software V.5.6.9.a and later for the F-9000 laser system
  • Internal barcode
  • Marca Lite software
User Interface
  • Hand held terminal
  • Touch screen
  • PC
Control
  • Hand held terminal with ScanLinux software
  • Touch screen with ScanLinux software
  • Full graphics interface: includes Marca™ software, dongle and ethernet cable (TCP/IP)
  • MarcaLite® software includes Marca™ software, dongle and ethernet cable (TCP/IP)
Accessories/Options Touch screen terminal - Hand held terminal - Beam pointer - Encoder kit - Photocell kit - Photocell - Alarm kit - Fume extractor - Mounting support - Mounting bracket U-ARM - Marking paper - Protection goggles
Environmental Conditions 15° C (59° F) to 40° C (104° F) external temperature
Humidity <95%, without condensation. Vibration free area