|
|
Most comprehensive software features for Deep Engraving
Unlimited process control with our graphical point and click interface
Programmable pulse widths, apertures, beam expanders, axes controls and more!
3D Layering of CAD and Graphic files to create the perfect engraving topography
Laser tool path optimization for reducing the program starts & stops to increase marking speeds from 50% to over 100%.
Patented pulse shaping technology for fast and deep material removal
Special engraving and embossing effects for creating negative and positive image reliefs
Vision interfaces for importing graphic details and for engraving verification
|
|
ALLTEC LC300: The easy-to-use, flexible-to-integrate, high-speed 30-watt laser marker
•High quality, consistent, crisp marking – through superior high-speed technology
•More information at high speed – multi-line text, machine-readable codes, graphics
•Easiest integration – flexible standard components
The ALLTEC LC300 laser marking system delivers high resolution marks on a wide range of products such as packages (labels, glass and plastic containers, tubes, cardboard cartons, etc.), plugs, switches, sensors, electrical appliances, profiles and door/ window sealings.
This laser marking system is well-suited for applications in the food, beverage, pharmaceutical, cosmetics, automotive, electronics and extrusion markets.
The ALLTEC LC300 system is easy to operate via a handheld control or external devices. The intuitive software allows for quick and easy job edits.
|
|
48-series lasers
All 48-series lasers operate from standard 30VDC power supplies, and can be either fan-cooled (48-1 and 48-2 models), or water cooled. Synrad’s 48-series lasers are ideal for incorporation into marking, engraving, and small cutting systems, where performance, low price and high reliability are essential.
The laser tube is a rigid box structure design that provides an ultra-stable platform for the laser resonator. Synrad’s 48-series tubes are mounted into an H-shaped heat sink extrusion that also serves as the chassis for the drive electronics. This guarantees that the laser will withstand the harsh requirements of modern industrial environments.
|
|
The SpeedMarker FL is a galvanometer-based marking system which is powered by a fiber laser. This system stands for rapid processing speed and top precision as well as highest durability of the realised markings on a broad range of materials.
The SpeedMarker FL laser source is a state-of-the-art fiber laser which means that the laser is very robust ("all-in-fiber-design"), compact and efficient. Whereas the emission wavelength is comparable to a normal YAG laser (1064nm), lifetime and reliability of a fiberlaser are significantly higher. The SpeedMarker FL can be easily integrated into existing production lines, even if the available amount of space is very limited. However, the SpeedMarker FL can also be operated as a stand-alone solution when combined with the specially designed workstation.
|
|
|
|
|
|
The Q-Switched Fiber Laser Marking Kit is a safe, state of the art, low-cost alternative for laser marking with Nd:YAG and Nd:YV04 lasers(Lamp-pumped, Side-pumped Diode and End-pumped Diode).
It features independent components, including a Q-switched Fiber Laser, Scanning Head, PCI Control Board, Power Supply, and software configured for your specific application.
Main Features:
- Up to 2mJ Energy Per Pulse
- Q-Switched Fiber Laser With Pulse Energy - 80 to 500ns Pulse Duration
- Excellent Beam Quality (M2 < 1.05)
- 10 to 80 or 20 to 100kHz Tunable Repetition Rate (depend on the laser module)
- 1064 -1080 nm Center Wavelength
- Fiber Delivery - Fiber Outputs With Integrated Beam Expander and optical isolator
- Up to 50% Wall-Plug Efficiency
- Maintenance Free Operation - 50,000 to 100,000 Hours MTBF
- Compact Rugged Air-Cooled Package
- Sealed Optical Path From Laser to Scan Head
- Custom OEM Specifications Available
- No alignment required
- Takes 110 Volts standard plug.
- Laser draws only 300 watt (less than computer).
- 2 year warranty on laser
- 5 years warranty plan
|
|
A new generation of LASER designed and manufactured entirely by Tullio Giusi spa.
Top-quality American CO2 LASER source for exceptional reliability and long life.
Sealed optical path for total protection of components.
Digital control signal.
Extremely accurate and rapid galvanometric marking head, particularly suitable for the high speed engraving of polyester, wood, ceramics, leather, marble, glass, enamelled surfaces and organic materials.
The Giusilaser can be utilized in a wide range of applications.
Versions available up to 200 Watt of power.
The compact dimensions, the great reliability and precision enable our Laser units to be used in any work environment.
|
|
|
|
|
|
Active optical fibres laser unit.
- Entirely designed and manufactured by Tullio Giusi Spa using high-quality and effective fibres.
- The release of the laser ray by means of a galvanometric scan-head allows very precise and high-quality markings on metal as well as on a huge range of plastics, with unique colour changes.
- laser can be supplied with powers ranking from 10 to 50 Watts at own choice in TEMOO, both as marking unit and as OEM unit.
- Thanks to its versatility, it can be removed from the marking area and easily assembled on existing production lines or on automatic feeding systems.
- On request, new tailored solutions can be designed, in order to provide the most suitable answer to any marking problem.
Released wavelength (1.064 nm)
Movable scan-head
High efficiency
High quality of the laser beam
Very small writing spot
Stable power
Small dimensions
Diodes last up to 30.000 hours.
It does not require much maintenance
Software:
The WINPROGRESS software, fully designed by Tullio Giusi Spa, in addition to the use of the most common vector files can also manage static texts, dynamic numerations, markings on cylindrical items, bar-codes, data matrix and, on request, markings on moving items (MARKING ON FLY).
|
|
Videojet laser printers deliver consistently superior quality, permanent marking through high-speed, steered-beam technology. These systems provide clear, crisp codes while maintaining a clean production environment. Videojet's product configurations give the flexibility to seamlessly integrate into existing production lines.
Superior Speed and Quality: reliable, high quality, permanent marking with no degradation of print at high line speeds
Complex Marks: multi-line alphanumeric codes, foreign language fonts, graphics, symbols and machine-readable codes
Easy Integration: compact design, a variety of lenses and beam expanders with flexible user interface software
|
|
Compact HD is a "high definition" innovative laser system able to mark with an extremely high detail quality thanks to the 25 μm spot and to a 32-bit system control, granting high precision processes, even on small products or products that need tiny markings.
The main feature of this new machine is the high stability of the laser beam power and it is thanks to this quality that you can perform marking on glass, polarized glass, crystal, etc.. without creating too much stress in the material.
The power stability let you perform micro markings that are not visible to the naked eye, with no uncertainty about the quality
The implementation of this laser system, originally designed for anti-counterfeiting, extends naturally to other areas where it is necessary to mark on non-metallic goods small sized logos or codes with significant details and high-definition.
|
|
OEM SC-CO2
The OEM laser subsystems SC- CO2 series represents the “eternal” tool, always sharpened, easy to install on any CNC machining centre to mark, engrave and cut materials like glass, wood, plastics , paper, fabric , rubber , marble and stones, metacrilate, leather and more others. Thanks to the immediate “plug and play” installation with any CNC machine or production line , the SC series is the ideal solution for any machine builder to differentiate the product with an “aggregate” essential for some operations not possibles to do ...
|
|
|
Baublys Control Laser has applied its 35+ years of marking expertise in developing the ProWriterTM L80, the latest evolution in lamp-pumped laser technology. This rugged laser system, with its "straight rail" design, is ideal for harsh industrial environments where reliability, high throughput, and readability are paramount considerations. The L80 has an improved pumping chamber that is more efficient than previous models. This allows the L80 to generate more power on less energy and generating less heat. This translates into reduced operating costs over other lamp-pumped systems. The ProWriterTM L80 is capable of creating a wide variety of marks on many different materials including: ceramics, metals, composites, plastics, painted/anodized metals, and many others. The ProWriterTM L80-- the choice of professionals around the globe.
|
|
The Lightjet Series is the most powerful and fastest laser coder on the market today.
»Up to 60,000 products/h or 300 m/min coding speed
»100-W nominal power
»Rofin brand laser source
|
|
|
|
|
|
High intensity on the workpiece
The LEO is more effective than many other laser beam sources with a higher output power. It is not the power at the exit alone that is decisive, but the pulsed power density in the marking area on the object. The LEO beam source generates an extremely fi ne spot in the focus. A particularly high intensity is achieved in this way.
No one is finer
Precision is to the fore in our LEO laser beam sources. Wherever high-resolution structures are to be generated, these beam sources are the preference. With the LEO you can label precisely, and also create filigree engravings.
An investment providing returns
Our LEO is a powerful laser beam source for high-quality industrial marking facilities. It is available in different power levels. The combination with a galvano scanner and an efficient marking software results in a compact and also inexpensive facility.
Long-lasting and low in maintenance
We have continuously further developed the laser beam sources: They have proved their value in operation on large numbers of parts. A long lifetime is guaranteed, due to the fibre based technology.
Highly developed technology
LEO laser beam sources are diode-pumped solid state lasers in a compact housing. Their pulse peak power is extremely high. Our LEO laser beam sources have an excellent lasering mode: TEM00. The highest pulse peak power is already achieved at a pulse frequency of 2 – 10 kHz.
|
|
|
|
|
|
End Pumped Solid State Laser solution for industrial laser marking applications. An industrial optical fiber connects the laser Head to the Power Supply unit.
The laser diode pump is located in a sealed module inside of the air cooled electronic power supply rack.
Characteristic of the ViolinoTM 2 is the excellent beam Quality necessary for marking a broad range of materials.
Best results on steel, titanium, aluminium (bare, anodized or coated) as well as on plastics (such as ABS, Lexan, PES, PVC), polycarbonate and many others.
The simple end-pumped architecture using a TE cooled diode laser pump with high MTBF, assures the reliability and availability of the system, which is equired by the standards of many industrial applications including automotive and electronic manufacturing.
The large potentiality of Identità on different materials makes this laser usable in almost all industries whether reliability and efficiency are the most valuable features requested. Other applications include: lasting mark on mechanical parts, decorative design marking on dashboard or cellular phone keyboard, marking of electronic components and identification marking on surgical instruments.
|
|
The ProWriterTM D10 is a Q-switched, end-pumped Nd: YVO4 (vanadate) laser marker with excellent beam energy density. The D10 offers the power and versatility to mark ceramics, diamonds, silicon, steel, and other non-ferrous materials and alloys. The D10's small footprint allows for bench top operation or integration into crowded production lines. Important features:
10 Watt, YVO4 diode laser marker (also available in 20 watt)
Available with 4" and 6" marking fields
115 VAC, 50/60 Hz single phase operation
Estimated 25,000 hours diode life expectancy
Air-cooled, requires no external cooling
Pentium® computer and Windows® XP Professional
17" LCD monitor, keyboard, and mouse
Multi-gigabyte hard drive and 512 MB RAM
DVD-RW, Serial, parallel, and USB ports
Ethernet capable
Laser Marking StudioTM software
Two year warranty
|
|
|
|
|
|
Universal application spectrum
With AQUILA laser beam sources you can apply labeling to nearly all materials, or design the surface, without making contact. Applications can range from product marketing to pure decoration.
A family of practically oriented devices
We produce AQUILA laser beam sources for various degrees of beam power. This minimizes your investment costs, since you only need to install a laser with suffi cient power for your process. In addition, the AQUILA interfaces correspond to those of our other laser families. A flexible and time-saving integration of the best laser source for the respective application is therefore guaranteed.
Short work cycles
The unusually high average power of our laser beam sources enables you to achieve a very high process speed. Production costs are thus minimized. The process speed is dependent on the material and on the type of processing.
The best technology
Our AQUILA laser beam sources are diode-pumped solid-state lasers with an acoustic-optical modulator. They are air-cooled and work with controls that are easy to operate. The variable pulse frequency and the high adjustable pulse peak power guarantee rapid processes in your production. Even in permanent continuous-wave mode our laser sources have an excellent thermal effect.
|
|
AQUILA-Series are designed for use under rough conditions. On account of their high average power, they are suitable for many applications in the field of material processing, in particular for high speed labelling on almost all kinds of material.
The AQUILA-Series are diode-pumped solid state lasers (DPSSL) with an acousto-optic modulator. The variable pulse frequency and high mean power open up a wide spectrum of demanding applications where speed is of particular importance.
Features:
compact
low maintenance costs, service-friendly
long life time diodes
IP 65 laser head
ambient temperature up to 40°C
air-cooled
simple controlling
|
|
|
|
|
|
3000 Series LaserStar Marking Sources
LaserStar Marking Sources offer the benefits of a Direct Metal Marking, non-contact, abrasion-resistant, permanent laser marking onto almost any type of material. High-speed, high precision, micro-marking LaserStar sources are ideal for a wide range of industries and integration applications.
State-of-the-art technology with the highest laser beam quality and high peak power are the fundamental principles defining LaserStar Marking Sources. High precision markings are achievable on almost any type of material including stainless steel, strength alloys, carbide, copper, titanium, gold, platinum, aluminum, marble, rubber and leather, as well as a wide variety of medical-grade alloys and plastics.
Identification text, serial numbers, corporate logos, 2-D data matrix, bar coding, graphic and digital images, or any individual process data can be produced with laser marking.
• Logos, certification symbols, barcodes, serial codes, and 2-D data
matrix code
• Simple custom text, serial numbers, bitmaps, graphic and CAD-files (HPGL)
• Marking and cutting of foils and light-gauge steel sheets (i.e., labels)
in one cycle
• Rapid marking on precious metals with heat-sensitive materials items such as
mobile phone keyboards, dashboards, and other illumination components for
aerospace and automotive markets
|
|
|
|
|
|
With our OEM marking devices you can label quickly and precisely in your production. The investment/benefit ratio is extremely favourable. We have developed the quality and working life of the device to a high level.
Our marking systems have a wide range of applications. Metal, plastics, ceramics or glass can be marked. The lasers can be used as a single workplace or integrated into an automated production facility.
Our sophisticated software „Mark“ enables quick setup and safe working procedures. We provide standard parameters for a good production result on a very wide variety of materials.
You can choose from 2 marking systems: LEO Mark or AQUILA Mark. Both marking systems have a high quality laser beam source: LEO or AQUILA.
LEO Mark - the precision professional
Precision is to the fore in the LEO Mark. Wherever high-resolution structures are to be generated, this laser is the fi rst choice. When labelling with LEO Mark, you will achieve an excellent edge sharpness. Due to its extremely compact dimensions, LEO Mark can easily be integrated into your production. In addition, this laser is a particularly inexpensive solution.
AQUILA Mark - the high speed specialist
AQUILA Mark is the ideal solution for marking at high speed. It can cope with large numbers of parts in short cycles. With AQUILA Mark, larger marking areas can also be labelled. In addition, this laser can produce deep engravings.
|
|
CO2 marking laser unit for integration
- Designed and manufactured entirely by Tullio Giusi spa.
- Top-quality CO2 LASER source for exceptional reliability and long life.
- Sealed optical path for total protection of components.
- Digital control signal.
Extremely accurate and rapid galvanometric marking head, particularly suitable for the high speed engraving of polyester, wood, ceramics, leather, marble, glass, enamelled surfaces and organic materials.
The Giusilaser can be utilized in a wide range of applications.
Versions available :
up to 100 Watt of power.
The compact dimensions, the great reliability and precision enable our Laser units to be used in any work environment.
|
|
Laser unit equipped with a Nd:YAG source entirely designed and manufactured by Tullio Giusi spa.
The specific wave length and the laser beam delivery by scanning head enable fine markings on metal and on most plastics, with unique colour changes.
The Giusilaser M unit can be assembled on existing machines and production lines.
On request, new tailored solutions can be designed, in order to provide the most suitable answer to any marking problem.
|
|
OT-LAS has perfected Ghibli, a highly flexible machine suitable for all types of decorating and custom-designing of small objects.
A leader among the machines of its generation, Ghibli offers all the advantages for immediatelysatisfying creative and productive requirements in their most advanced and modern forms.
With its technical features and high performance, Ghibli is a powerful instrument and a winning solution.
Fully designed and manufactured on site by the Group, the system combines efficiency and reliability, ensuring rapid and safe assistance.
|
|
- CO2 lasers mark organic materials including ceramics, glass, rubber, plastics, and wood as well as coated or anodized metals
- Mark text, graphics, bar codes, 2D data matrix codes, and UID-compliant data matrix codes
- Available in several power levels, from 10 to 400 Watts, for a variety of applications
Pannier has been providing integrated laser marking solutions for a decade. CO2 lasers are an economical choice for many types of applications including direct part marking and tag & nameplate marking. A CO2 laser can be configured as stand-alone marking system or as an in-line marker on a production line. Pannier can configure systems with custom enclosures, part feeding systems, software interfaces and more.
|
|
|
|
|
|
INLINER
- Our modular system for laser marking, engraving, depth engraving
- Differing configuration possibilities for flexible solutions
- Excellently suitable for integration in individual working places and automatic systems
- Freely programmable, fully graphic software package with SPS functions
- Versatile interfaces such as for example Ethernet, TCP/IP, Profibus
System
- Versatile laser systems for integration
- Compact, efficient, reliable
- For the processing of metals, plastics, ceramics, compound materials, carbons etc.
- Excellent price-performance ratio
Galvanized heads
- Versatile combinations with high speed writing heads
- Different marking field sizes up to 300 x 300 mm
- Variable measurements according to installation conditions
Control
19" insertion components or alternatively:
Control cabinet solution in industrial models
Software
- Freely programmable software package AC-LASER
- Differing standard interfaces for the exchange of data
- Customer specific operator surface
- Available in any language
- SPS functions
Diode pumped laser
- Diode pumped laser source up to 80 Watts pump power
- Low operating costs through air cooling in the system
- No cooling device needed %u2013 changing water and filters not necessary
- Maintenance friendly construction with pump diode module in the control device
- Very high reliability
- Excellent radiation quality
Lamp pumped laser
- Lamp pumped laser source up to 150 Watts for high performance tasks
- Robust design based on rod construction made of Invar rods
- Solid, long-term tested technology
- Excellently suitable for high removal
|
|
|
|
|
|
Baublys Control Laser LaserFinish has been developed especially to enable the use of laser for matting and texturing medal coining dies. Exact positioning of the die is effected with the aid of a video camera system. Special lighting-engineering techniques guarantee even recognition of high-polished dies. Highly efficient software programs enable construction or search of the relief contours required for laser finishing as well as assignation of an extensive variety of parameters.
The first step consists of automatic calculation of the coining die relief by means of Z values. For this task the program needs 3D data which could be produced by - programs, for instance. Contours can be defined manually, too, as per individual selection. Furthermore it is possible to assign defined effects to the contours constructed, such as fine or rough matting, lines or textures. Finally these data are transmitted to the laser marking machine via network connection.
The second step comprises exact positioning of the coining die with the aid of a video camera system, which ensures that calculated or constructed contours concur with the actual coining die contours in shape and positioning. When contours have been aligned correctly the die is positioned underneath the laser marking head automatically and processed according to the parameters defined within very short time.
|
|
Tyrex G3
The forerunner of DPSS compact laser-marking-system concepts with 532nm in regard of power, speed and beam-quality. The modular concept offers unique integration as well as service and maintenance opportunities.
|
|
- Diode-pumped, solid-state (DPSS) lasers use less power and stay cooler than common lamp-pumped lasers
- Modular systems feature factory-sealed components for quick and easy integration, installation, and maintenance
- Nd:YAG and Vanadate (Nd:YVO4) lasers are powerful and multipurpose, capable of marking metals, plastics, and organic materials
Do you need a solution for marking your metal or plastic parts? Pannier offers a variety of solutions with a complete line of diode-pumped lasers. Diode-pumped lasers use simplified cooling systems, and are more efficient and have a longer life than lamp-pumped lasers. These modular, air-cooled systems can fit into nearly any production environment and can mark nearly any type of material.
Wavelengths: Infrared, Green, and Ultraviolet
Powers: 3 to 150 Watts
|
|
Highest resolution with minimum strain
The Östling LasOnAll green is the advanced development of the Lasonall 3. The original wavelength of 1,064 nm was halved to 532 nm, which is in the green spectral range. The frequency is doubled at the same time.
Your advantages:
A higher energy density in connection with a finer line is achieved due to the halved point size of the laser beam and the higher frequency,
Higher resolution in the micro-marking area
Considerably reduced thermal stress of the object to be imprinted with the same material removal performance
Especially suited for very thin metal sheets and many plastics, for which easily legible print without burning is created (change of the surface colour)
Removal of protective films without changing the carrier material itself
Technical Data LasOnAll green
- Wavelength: 532 nm
- Power: 7 Watt +- 5%
- Pulse frequency: 20 - 100 KHz free adjustable
- Cooling: Air
- Power supply: 90 - 240 V /50/60 Hz
|
|
Weber's line of vector laser coders produces permanent, very high-quality marking on materials as diverse as paper, cardboard, foils, coated metals, plastics, wood, glass, and many others. The systems provide a cost-effective alternative to small character continuous ink jet (CIJ) applications.
These sealed, CO2 units are capable of marking products or packages with text as small as 0.020" high, numerous bar code symbologies, plus striking graphic images. Weber offers laser coders for static marking or very high-speed, in-motion operation. Marking fields range from 2.0" to 7.8" square.
There are a number of reasons to consider laser instead of CIJ: no ink expense; no ink mess or cleanup; no solvents to dispose of; no on-going maintenance woes; and you get a permanent, high-resolution mark.
|
|
|
|
|
|
ID Technology's complete range of industrial laser coding solutions includes pumped diode YAG lasers and Fiber laser coding systems for creating a clean permanent mark on an extensive selection of surfaces; including metals, foils and plastics.
D-Series YAG laser systems are able to print in either dynamic "on the fly" or static mode, making them an excellent choice for parts marking.
The F-Series of Fiber laser coders are more compact and when matched with an adjustable marking head option, can be integrated into even the most challenging production area.
Like all ID Technology lasers it is not necessary to have an expensive and space consuming PC on the production floor. Operator's can create and edit messages using a hand-held terminal or remote touch screen via RS-232 and the ScanLinux software included in the laser marking system. Or for greater control and increased graphic features a remote PC can be used. Several laser coders can be networked together via ethernet and optional Marca software.
|
|
|
|
