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SharpMark Fiber Pro

Made in the USAhigh technology, exceptional reliability and performance

3 year warranty maintenance and repair during the warranty period and post

Laser marker SharpMark Fiber Proтм

Based on the of IPG fiber laser

Practical Uses: application of images, bar codes marking, colour marking, sequential numbering, 3D engraving, deep Engraving, , engraving into cylindrical items, laser cutting, removal of cover layer

Suitable Materials: Metals, Plastics (polymers), Painted surfaces, Glass and ceramics, Rubber

Industry Usage: Industrial Products, Electronic components, Aerospace and aviation industries, Promotional items, Jewelry industry, Medicine, Consumer electronics, Bar codes, serial numbers

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Series technology

SharpMark Fiber Pro equipment is a professional Serie. It is based on a pulsed ytterbium fiber Q-switched laser. It is the most widely used type of laser of all.

The parameters of the laser engraver are optimized for high-speed deep engraving on metals, plastics, electronic components and medical instruments. A popular application – shape cutting of the thin metals.

This series is very reliable and efficient, it can work 24 hours a day. It does not require consumables, nor maintenance. The service life is 100,000 hours.

Equipment can be integrated into the production lines.

Series features

3D engraving of metal

3D engraving of metal

Is presented in the base, because of the unique "Settings" achieved exceptional quality

High-end components

High-end components

from best manufacturers of lasers, optics and scanning systems are used in the Pro Series

The extended working area

The extended working area

XYZ-coordinate table (optional) enables 600 x 400 x 400 mm working area in the Pro version

Highlighting of the working area

Highlighting of the working area

allows operation even in low light conditions, provides the best tuning accuracy

Easy focusing

Easy focusing

Is garanted by the two laser diodes enabling quick and accurate focusing of the laser beam on the marking surface.

Contour positioning

Contour positioning

is used to indicate the marking trace on the item along the contour of the original image with the maximum accuracy.

Videocamera

Videocamera

streams the video on a TV or video recorder, can be used for marking process demonstrations

Integration in the production line

Integration in the production line

for moving objects marking under «Mark-On-Fly» regime and remote control

Highlighting of the working area

Highlighting of the working area

allows operation even in low light conditions, provides the best tuning accuracy

Turnkey Installation

Turnkey Installation

Includes system comissioning, delivery and training provided by the certified engineer

Specifications

Laser emitter

Laser source Ytterbium pulsed fiber laser with «High Contrast» option
Wave length 1064 mm
Lasing output 10, 20, 30, 50 W
Laser pulse length (AC) 120 ns
Laser pulse energy up to 0,95 mJ
Pulsed frequency before 200 kHZ
Laser beam quality, m2 < 1.8
Lens options 160 mm, (100, 254, 330 mm) - optional
Scanner 2-axis scanner Cambridge Technologies, USA
Size of marking field 102 x 102 mm (62 x62 mm, 160 x 160 mm, 217 x217 mm) depends on the lenses
Resolution up to 1200 dpi
Marking speed up to 10 000
Typing speed up to 450 letters / sec
Hardware and Software resolution 1,6
The size of the marking head 405 x 165 x 105 mm
General characteristics

General characteristics

Power supply unit dimensions 420 x 300 x 160 mm
Colling system Independent air cooling
Power consumption ~1х220 V, 50 Hz, 600W
Marking materials Metals, plastics, painted materials, rubber, glass, ceramics
Software SharpLase SoftTM
Operating System MS Windows XP, Vista, Windows 7
System Control Interface USB 2.0
Weight 41 kg
Accessories
  • Moving systems and stands

  • Rotary attachments

  • Focusing lens

  • Fume extraction

  • Accessories

Allow to increase the field of processing up to 600x400 mm

Marking and engraving on cylindrical surfaces

Focuses the laser beam at a certain distance

Fume extraction for air purification in the process of laser cutting and engraving

The controller peripherals (XY table and rotary device), goggles

Compare

SharpMark Standart

Marking speedдо 7 000 mm/sec

Power options20-30 W

Wavelength1064 nm

Laser pulse length (AC) 120 ns

CapabilitiesDeep engraving,
3D,
Marking,
Metal cutting

FeaturesWidespread application,
economical option

EquipmentBasic

Fiber Pro

Marking speedдо 10 000 mm/sec

Power options10, 20, 30, 50 W

Wavelength1064 nm

Laser pulse length (AC) 120 ns

CapabilitiesDeep engraving,
3D,
Marking,
Metal cutting

FeaturesMaximum functions and efficiency

Fiber Var Pro

Marking speedдо 10 000 mm/sec

Power options20 W

Wavelength1064 nm

Laser pulse length (AC) variable

Capabilities3D,
Marking,
Metal cutting

FeaturesHigh surface quality

Fiber Mobile

Marking speedдо 10 000 mm/sec

Power options20, 50 W

Wavelength1064 nm

Laser pulse length (AC) 120 ns

CapabilitiesMarking and engraving of large parts

FeaturesAutonomy
Lightweight design

Application
Software SharpLase Soft TM

Training to work on software

Vector and bitmap formats

for works of any complexity

More than 50 different fonts

with the possibility of unlimited expansion

24 types of linear and two-dimensional barcodes

PDF417, Data Matrix, UPC, EAN and others

Photographic quality

marking images

Operating Systems

Windows 2000, Windows XP, Windows Vista, Windows 7

Marking features
Pictures
Graphics and text
Bar codes
Custom software
Layout module
Efficient cutting modes
Safety
Operator control
Material library
Remote diagnostics
Basic information
  • Quick change of marking and engraving settings
  • Different marking settings in repeated cycles
  • Enables inverted marking of bitmap images
  • Marking and engraving on flat and cylindrical surfaces
  • Inverting X and Y coordinates
  • Marking field linearity adjustment
  • Center of the marking field scale and position adjustment
  • Mark-on-fly mode
  • 3D marking
Basic information
  • Photographic quality of marked images
  • Three algorithms of level of gray conversion with visual control over the result
  • Conversion of monochrome bitmap images into vector for quicker marking and engraving
Basic information
  • Basic graphics: lines, splines, sector, ellipse, rectangle, polygon
  • Supports all TrueType fonts
  • Linear and elliptical text
  • Multiline text with aligning capability
  • Objects convertion: rotation, scaling, mirroring, grouping
  • Shading of objects in a group
  • Vector mode for broad line marking
Types of supported files
  • Vector files: * .SMF (SharpLase files), * .DXF.
  • Bipmap files: * .BMP, * .jpg, * .jpeg.
  • 3D files: * .stl.
Basic information
  • 24 types of barcodes including 2D codes: PDF417, MaxiCode, DataMatrix
  • Direct and inverted codes marking with fields size adjusting capability
  • The serial numbers and the barcodes
Custom software
We offer our custom software SharpCut® Control. Our solution saves time of the operator on creating templates and typical tasks. Your employees will undergo free training.
Layout module
The AutoNest module helps to lay out the parts of complex shapes for optimal material use, to set micro jumpers in the cutting contour and to optimize idle running.
Efficient cutting modes
Controlling emission power depending on speed to get quality acute and straight angles. Cross cutting with general cut in automated mode greatly saves time. Impulse mode is for high quality processing of complex contours.
Safety
Installing safety zones - areas with sheet clasps or holders. The function of generating safe runs allows for automated avoidance of areas with parts already cut out that can be raised over the sheet.
Operator control
Software allows for keeping records of billets, done parts and manufacture wastes.
Material library
SharpCut® Control software has a big library of materials, which allows for automated tuning of all parameters of the laser complex.
Remote diagnostics
The feature of remote diagnostics of the machine makes it possible to bring the time of machine stand to a minimum, promptly detect a fault or exclude offsite expenses connected with faulty equipment tuning.

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