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ALLTEC LC100: LESS POWER – MORE PERFORMANCE
• Fast and expressive: excellent marking quality, reliable legibility and extreme reproducibility thanks to advanced high-speed technology.
• Higher yield: more information at high speed, from multi-line texts through graphics to machine-readable codes.
• Simple installation thanks to flexible beam delivery options and a unique communication concept.
• Better marking with high definition precision optics in an exceptionally large marking field.
The ALLTEC LC100 laser marking system delivers high resolution marks on products such as packages (labels, paper, carton, glass, PET, plastic containers, tubes, cardboard cartons, etc.), automobile parts, electronic/electric components, electrical appliances and extrusion products as profiles and door/window sealings.
This laser marking system is well-suited for applications in the food, beverage, pharmaceutical, cosmetics, automotive and electronics markets.
ALLTEC LC100 marks expiration/ manu dates, ticket numbers, line codes, ID matrix/barcodes, logos, symbols and individual data. ALLTEC’s new 10 Watt laser marker also accepts most common data formats to enable use of standard CAD and graphics programs.
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Videojet 3120 Laser Coding and Marking System
The Videojet 3120 is the fastest laser marker in its class producing consistent high quality, multi-line codes even on high volume 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
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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.
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50 watts in one box for highest-in-class speeds and more flexible integration
Class leading performance increasing customer throughput - thanks to highest-in-class speeds. Articulated arm and remote head for flexible integration - especially in tight spaces. Single self-contained IP65 rated mobile unit - for easiest integration in production lines.
Thanks to its stainless steel IP65-rated cabinet and the integrated cooling system, ALLTEC LC500 delivers high performance especially in harsh production environments. That predestines the system for marking all sorts of information at highest speeds on a wide range of materials (e.g. labels, sleeves, PET, glass, foils, rubber, etc.) in industries such as beverage, food and extrusion.
Thanks to the mobile cabinet and articulated arm the system quickly and easily fits into your production line and ensures flexible integration in even the most challenging and tight environments, while the compact marking head allows marking in any orientation. One box – one solution.
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Series K-1000
10 Watt / 30 Watt / 60 Watt
The K-1000 CO2 laser systems are ideal for produkt marking with pinpoint-sharp texts, logos and graphics at minimal operating costs.
# reliable high-speed marking
# consistently high marking quality
# space-saving compact construction
# coding area up to 250 x 250 mm
# network-compatible with Ethernet interface
# long lasting marking on a variety of materials, including papier, cardboard, plastics, glass, ceramic, wood and coated and anodized metals
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Linx Printing Technologies has completed its highly praised family of high-quality scribing lasers with the launch of the new Linx SL501 50W laser, promising reduced running costs, proven reliability and flexibility in installation thanks to a standalone construction that does not require air or water for efficient operation.
The Linx SL501’s sister models in the Linx SL range – the 30W SL301 and 10W SL101 – were launched in 2007. This new addition offers a 50W option using the same powerful platform of features. With three models available, customers can choose the system that best suits their own production line requirements.
The Linx SL501 is deemed particularly beneficial for high speed applications such as bottling, with several features included to meet the demands of these challenging environments including a manoeuvrable Beam Delivery Arm and networking capability. More importantly, unlike competitor laser systerms, the Linx SL501 has been developed without the need for factory air or water for cooling purposes, ensuring that running costs and long-term cost of ownership are lower. This innovation is enhanced by an IP65 rating for washdowns, ensuring excellent reliability with low maintenance even in harsh conditions.
The lack of air or water also enables the Linx SL501 to be flexible in installation. The mobile unit comes with an articulate 1m+ Beam Delivery Arm, meaning that it can be manoeuvred into tight, hard to reach spaces. Further flexibility and convenience is afforded by LinxDraw PC software which enables full remote Ethernet access to allow operators to monitor multiple machines from a central position. The same software offers more complex code creation, including graphics and 2D codes. Simple, intuitive operation is equally clear thanks to the Linx SL501’s interface, which allows users to create, change and set up codes at the touch of a button.
“The SL range was developed to give customers complete freedom in laser coding, through ease of installation, operation and long-term ownership,” explains David Martin, Laser Product Manager at Linx. “The launch of the SL501 extends the range’s existing benefits into a powerful 50W option, and we believe that Linx can now offer an advanced, flexible and convenient solution for any laser coding application.”
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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
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LP-300
Due to a wavelength in the lower infrared range, SUNX's LP-310-C Laser Marker is perfectly suited to permanently mark resins, enamel surfaces, glass and organic materials such as paper, wood, rubber or leather.
In comparison to conventional printing processes such as inkjet printing or tampon printing, the laser marker system is a purely optical tool that does not come into direct contact with the material it is marking. Hence it is not subject to wear and tear and requires no additional consumables such as toner, ink or solvents.
In addition to its superior marking quality with clear contours, the LP-310-C is nearly maintenance-free and hence produces few service or follow-up costs. Since it requires little space and due to its robust construction, the CO2 laser marker system can be easily integrated into assembly lines and individual workstations.
The powerful, user-friendly Windows software allows you to easily enter, edit or save texts and functions such as counters, date code and lot marking. You can easily import company logos and product specifications as graphic (DXF) files. In other words, the LP-310-C is suited to perform nearly any marking task you require.
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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.
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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.
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The Linx SL101 is a low power 10W CO2 scribing laser coder specially designed for ease of installation, use and maintenance. This cost effective laser system is suitable for more basic applications, such as 1-2 lines of code, at line speeds of up to 110m/min.
Simple to install
With multiple lens and beam delivery options the Linx SL101 laser coder is simple to install even where space is limited. The laser coder easily slots into existing or new line setups ensuring cost-efficient and timely installations. The various mark field and spot size options for different code setups and font creations allow for almost unlimited coding possibilities on many materials.
Simple to use
The Linx SL101 comes with a simple to use Hand-Held Control Unit. Daily operations such as changing and setting up codes can be easily achieved by the touch of a button ensuring fewer operator errors. No formal training is necessary to use this simple user interface.
Simple to maintain
The Linx SL101 is also extremely easy to maintain. Its high IP rating (IP54 with sealed IP65 option) ensures high reliability even in the most challenging wet or dusty production environments. The Linx SL101 has a large volume gas tube for longer tube life and the laser operates 24/7 with little manual intervention.
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LASONALL SMART, the last born of our family of Laser with Solid pumped by diodes. based on an architecture of high-output radial pumping, this laser profits from the very new innovations in laser technology.
By an original combination of the optical and electronic elements, we obtained a compact ultra design of the resonator and system of deviation of the beam.
Its characteristics return particularly this Laser adapted to surface metal markings and has a frightening effectiveness for the marking of the plastics.
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IDEAL FOR DIRECT DRIVES
UNITEC RTB AMS bearings series, with integrated angle measuring system are bidirectional axial-radial combined, designed for rotary tables and spindle heads for machine tools.
To improve performances of applications where RTB bearings series are installed, UNITEC developed new version RTB AMS, integrating AMOSIN precision inductive measuring system.
The manufacturing precision, low resistant torque, high load capacity and stiffness are positioning this bearings range at the top of the market, qualifying them as the most suitable solution for direct drive installations.
UNITEC RTB AMS BEARINGS FEATURES
- Inductive measuring system (NON MAGNETIC)
- Insensitivity to magnetic fields
- Real time output signals (IDEAL FOR DIRECT DRIVES)
- High rotation speed
- High measuring resolution and accuracy
Moreover:
- The most compact solution
- Insensitivity to external agents (IP 67 protected sensors)
- Simple installation
- Quickest setting
- Stable and reliable functioning
- No setting software needed
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Velmex now offers a comprehensive line of UniSlide Assemblies with optical encoders for precise positioning in manufacturing and testing. These screw driven slides employ an encoder to measure absolute travel distance and position. Three encoder resolutions are offered: 0.0005", 0.0001" or 0.000005". LED Digital Readout has RS-232C interface, zero reset button and inch/metric toggle switch. The stages are available in four cross sectional widths: 2.5", 4", 6", and 9" for loads up to 300 lbs. Numerous UniSlide Models have travels ranging
from 1" to 84". Rapid Advance UniSlides use a lead screw clutch mechanism to save
repositioning time using long units. Modular UniSlide Assemblies are easily assembled
to make multi-coordinate systems.
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A drum motor is a motorized pulley where the body rotates around a stationary shaft. The rotating outer drum becomes the drive pulley which powers the conveyor belt.
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The motors with integrated encoder represent a revolutionary component in the automation field offering to the OEM and to the end user new opportunities and notable economy advantages due to its user-friendly design. The new range of three-phase asynchronous motors with integrated encoder has been designed specifically to offer the end user a comprehensive choice of an already widely tested three phase motor, with superior quality. Two main choice of MGM motors with built-in are available: brake motors (BAE/BMEAV) and standard motors (SAE/SMEAV). The power range starts from 0.06 kW up to 45 kW (from 56 up to 225 frame size).
The unit consists of a three phase asynchronous motor with high efficiency and low moment of inertia and with the actual encoder located in the back (ND-side). MGM motors are suitable for inverter use. The mechanical coupling is the same of a standardized motor (special shaft and flange are available on request), wirings are very simple: power and electrical signal are separated.
MGM motors with built-in encoder can be supplied in conformity with requirements of standards UL 1004 “Electric motors” and CSA 0 22.2 No. 100-95 Motors and generators” (c CSA us approval).
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RF special products, ideal for gate door openers, burglar alarms, car alarms, personal security, home security, remote controls, access control.
Monostable or latchable outputs. Ideal complement for AUREL data receivers and four channels transmitters with UM3750 encoder. Ideal for applications where more than once coded control is requested.
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Features:
- Complete CODEC and filtering system including:
- Transmit high-pass and low-pass filtering
- Receive low-pass filter with sin x/x correction
- Active RC noise filters
- µ-law or A-law compatible COder and DECoder
- Internal precision voltage reference
- Serial I/O interface
- Internal auto-zero circuitry
- Receive push-pull power amplifiers
- µ-law-TP3064
- A-law-TP3067
- Designed for D3/D4 and CCITT applications
- ±5V operation
- Low operating power-typically 70 mW
- Power-down standby mode-typically 3 mW
- Automatic power-down
- TTL or CMOS compatible digital interfaces
- Maximizes line interface card circuit density
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Data transmission via radio is always made in a serial manner.
Actual data are normally stored in a parallel form, so that there must be a conversion from parallel data into a serial bit stream. On the receiver side, this serial data stream will be converted back to its original parallel format. The radio channel is not free of noise and disturbances so that techniques for error recognition and error correction must be applied.
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The ADV202 is a complete compression/decompression CODEC that is fully compliant to the JPEG2000 standard and is the only device in the market today that is capable of compressing and de-compressing both SD and HDTV video in real-time. Targeted at both still image compression and high-resolution video, the ADV202 performs the computationally intensive operations necessary to perform this new standard in a single chip.
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