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The LSS series of laser stencil cutting machines is especially suited for high-precision cutting of stencils and metal masks. The large working area allows the cutting of any stencil size.
The laser stencil cutting machine has a Gerber interface and the data can be automatically transferred to the NC controller.
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The Laser Dicing System is primarily designed for semiconductor back-end processing, mainly wafer dicing and grooving applications.
The LDS 200 A is a fully automatic, cassette-to-cassette wafer dicing machine including fast quality check (control of kerf width, position and roughness).
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(2-Panel CO2 Laser)
World Champion of 2-Panel CO2 Laser
Drilling Machine manufacturers
To the world of High quality Cu direct drilling
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High speed 4 beam UV laser drilling machine
To the world of resin direct drilling
2000 holes/sec
World Champion of 2-Panel CO2 Laser
Drilling Machine manufacturers
To the world of High quality Cu direct drilling
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High-precision CSP and BGA checker jig plate drilling
Application extended to brittle material in addition to resin
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EOSINT M 270 builds metal parts using Direct Metal Laser-Sintering (DMLS). The technology fuses metal powder into a solid part by melting it locally using a focussed laser beam. The parts are built up additively layer by layer. Even highly complex geometries are created directly from 3D CAD data, fully automatically, in just a few hours and without any tooling. It is a net-shape process, producing parts with high accuracy and detail resolution, good surface quality and excellent mechanical properties.
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The EOSINT S 750 is the only double laser-sintering system world-wide for the processing of Croning moulding material. Using the DirectCast method, the system builds cores and moulds for sand casting. Directly from CAD data, fully automatically, with a building speed of up to 2,500 cm3/h (0.09 ft3/h.) and without any tooling. Sand parts of any complexity are built layer by layer, with high accuracy, detail resolution and surface quality. The maximum part size adds up to 720 mm x 380 mm x 380 mm (28.4 x 15 x 15 in.). The resulting cores or core packages are realized with significant savings in time and costs compared to conventional technologies. Usually they also consist of less parts which are thus assembled faster and more precisely.
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EOSINT M 270 builds metal parts using Direct Metal Laser-Sintering (DMLS). The technology fuses metal powder into a solid part by melting it locally using a focussed laser beam. The parts are built up additively layer by layer. Even highly complex geometries are created directly from 3D CAD data, fully automatically, in just a few hours and without any tooling. It is a net-shape process, producing parts with high accuracy and detail resolution, good surface quality and excellent mechanical properties.
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A special mask welding system with supreme precision.
NOVOLAS TM MICRO welds fine structures as narrow as 100 µm. Any imaginable shape can be welded with a positioning accuracy down to 2 µm. Masks can be exchanged with ease, allowing for high flexibility. NOVOLAS TM MICRO can be operated as a manual workstation or integrated for mass production.
• An intelligent adjustment system guarantees high
welding precision
• Simple parameterization and visualization with the graphical
user interface
• Seated operation and easy handling
• Novolas TM Micro is configured for clean room applications
• Masks are produced via photo lithography according to
customer specifications
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Versatile: the head can mount clamps for traditional and special components, paste or resin batchers or specific working systems.
Fast: the multiple 4 tool head can load the components in sequence (transfer time saved).
Qualitative: thanks to the precision, repeatability and insertion control.
Low costs: combination of assembly functions for non-standard components and the performance of accessory operations (ex. fluid batching) make NEOPLACE an optimal investment.
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3/4 axes machining center for LASER welding of mechanical components of small-mid size.
The open-connection system of the installation allows to use LASER Nd : YAG CW impulse, CO2, Disk or Diode direct or fiber delivered, with fixed optics (up to 3 together) or galvanometric technology.
The high technical content, the ease of use, versatility, large range of use make of it a revolutionary, unique means for technological welding.
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There is a clear trend towards automations, and additionally beside of the successful standards even to customized system solutions for the special demands of our customers from all over the world. The export share is over 60%. High-precision marking, often combined with the European hygiene standards as it is often the case in the pharmaceutical supply industry, are the key tasks for the tampon printing at TAMPOPRINT AG.
The ALFALAS laser systems are a complement to the tampon printing and one cannot imagine the modern marking processes without them. Whether day and night design in the automotive or telecommunication industries, wood grain design or marking of spare parts. There are often machine lines which represent a symbiosis of both marking technologies.
The perishability of the modern industrial design and individually adapted workpieces require a just-in-time production with a low number of pieces and this will well accommodate the laser marking.
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VisionGauge® OnLine LASER profiling systems are complete hardware & software solution for fast, easy and accurate 3D measurements. These systems use fully-automated LASER profiling to carry out thickness measurements. With VisionGauge® OnLine LASER profiling measurement tools, Z-axis measurements can typically be carried out as quickly as regular (X,Y) measurements.
VisionGauge® OnLine LASER profiling systems have no a priori restrictions regarding the part geometry and they can deal with a wide range of 3D geometries.
VisionGauge® OnLine’s LASER Profiling tool is compatible with various 3D geometries.
LASER Profiling involves projecting one or multiple LASER lines at a specified angle relative to the optical centerline. You can then carry out height / depth measurements (i.e. 3D measurements) by measuring the offset of the projections on a (2D) image.
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Laser Measurement Systems - Outdoor
Those who want to stay one step ahead of the competition need to be quick, leand and efficient in crucial areas of the company.
SICK laser measurement technology plays an important role in this.
The Outdoor devices are mainly used in the following areas:
container handling
object protection
vehicle detection and classification
measuring bulk materials in bunkers
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A world class laser system for the volumetric calibration and compensation, squareness and straightness error measurement, and for non-contact circular contouring measurement
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VMS510 Volume Measurement System:
a new dimension in certified measurement
- Compact volume measurement system for cuboid objects
- Certified according to OIML R129
- Highly integrated technology, thus no additional
evaluation unit required
- Open concept for integration in existing invoicing systems
- Service-friendly installation and commissioning
- Short MTTR through simple and rapid device
replacement
For volume measurement tasks at parcel services,
mail order houses and food wholesalers
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SPRESCAN BTWS is a laser-based board thickness and width measuring system for transversal and longitudinal conveying. The system consists of a control computer and a pair of sensors.
The sensors , which are located above and beneath the board, are linked to the control computer and consist of two measuring heads each. They operate according to the triangulation method and they are distinguished by utmost accuracy.
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The Trimble® SPS700 Construction Total Station, a key component of the Trimble Site Positioning System, builds on over 50 years of total station technology to deliver unmatched performance for construction jobsite applications. The simple solution to all your site measurement and stakeout applications, the SPS700 construction total station takes little or no setup time and requires only two known points to establish position and orientation.
Not only does the SPS700 provide superior tracking during measurements and stakeout, but the single-person operation increases cost savings and productivity. Using the SPS700 total station with Trimble SCS900 Site Controller Software, designed specifically for construction contractors, helps you simplify your operations, increase your efficiency in the field, and minimize downtime.
SPS700 Features and Benefits:
-Exclusive MagDriveTM servos provide quiet, effortless operation and the fastest, most responsive and accurate tracking available.
-Unique SurePoint technology autocorrects instrument pointing for mislevelment and internal calibrations in real time.
-Guaranteed, precise point measurement with Active Target technology assures correct lock onto the right prism at all times for constant, accurate positioning.
-Autolock® with exclusive MultiTrackTM capability provides coaxial target tracking to any prism or reflective foil target and eliminates locking errors.
-Direct Reflex DR 300+ long-range reflectorless measurement lets you quickly and safely measure hard-to-reach or unsafe places up to 300 m away without a target or walking on the surface.
-Upgradeable Servo, Autolock or Robotic options provide a flexible, future-proof investment that expands as your needs or applications change.
You can use the SPS700 total station at every stage of construction for:
-Original ground level checking
-Stockpile measurement
-Progress volumes
-Design stakeout
-Checking both finished grade and laid material thickness with real-time verification of construction tolerances
Applications:
-Layout of structure foundations, caissons and piles
-Tunnel measurement
-Earthworks, fine grading and finishing stakeout operations
-Reflectorless measurement of stockpiles, rock faces, cuttings and structures
-Initial site measurements to verify design levels
-As-built records and grade checks on laid material
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Construction grade control and site positioning systems utilizing GPS can use a conventional base station such as the Trimble MS750 set up within about 20 km (13 miles). A single base station can be used by any number of grade control or GPS site positioning systems at one time.
The base station is typically installed at a fixed or semi-permanent location, such as the roof of the site office. It consists of a GPS receiver, GPS antenna, radio and radio antenna.
The Trimble® MS750TM GPS receiver is designed specifically for the tough mining and construction site environment. This ruggedized, dual-frequency RTK receiver outputs corrections with the shortest delay (lowest latency). The modular design, where the radio, radio antenna, GPS receiver, and GPS antenna are separate, provides the customer with many benefits. The GPS antenna can be mounted where the GPS signal is clearest, and the radio antenna can be mounted high, giving the customer broader area coverage with their radio. It also gives the customer security, in that only their antennas are left outside the site trailer, vehicle, or vessel. The expensive GPS receiver and radio are left locked up inside. The MS750 receiver has a front panel display and keyboard, making it easy to configure and start each day, without the need for a specialist controller or software.
The Trimble Zephyr Geodetic dual frequency GPS antenna has a permanent ground plane and has "stealth" technology to reduce the reception of multiple reflected signals (multipath).
The data radio sends GPS information from the base station to the GPS receiver being used as part of a grade control system or site positioning system.
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Trimble® Site Positioning Systems are designed to provide contractors with state-of-the-art construction positioning solutions. Trimble SPS provides the non-surveyor in site preparation, heavy / highway, mining, landfill and waste disposal the ability to quickly resolve problems on site...and the flexibility to complete any task. Contractors can track, report, validate and control workflows from receipt of initial designs to project completion.
Trimble Site Positioning Systems give site foremen, supervisors, grade checkers and site engineers the tools they need to help run machines on site, reduce downtime and resolve issues as they arise-without office assistance.
Central to the system is your positioning sensor hardware. You can use either GPS or total stations. These can be combined with the Trimble SCS900 Site Controller Software developed specifically for construction applications.
With Trimble Site Positioning Systems, you will simplify your operations, increase your efficiency in the field, and minimize your downtime at every stage of the project.
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The robust Trimble LR400 receiver combined with the GL700 transmitter is designed specifically for earthmoving applications performed with larger machines like dozers, scrapers and excavators. The receiver features center on-grade for use with dozers and scrapers and an "excavator mode" for use with excavators and backhoes. Using the excavator mode, more above-grade information is displayed making it easier for the operator to lower the bucket and cut to the correct grade.
Features & Benefits:
-Large LED display arrows indicate "high" or "low" with amber lights and "on-grade" with green lights so the operator can quickly and easily move the cutting edge to a desired elevation, especially on larger machines such as excavators, dozers and scrapers, for improved productivity.
-Adjustable accuracy bandwidths and distinct modes for specific applications and equipment provide flexibility to meet the machine needs and the accuracy requirements of the job.
-Selectable "on-grade" location and accuracy indicators provide improved efficiency and allow customization of the receiver to each unique application.
-Rugged, waterproof magnesium housing withstands tough jobsite conditions.
-Powered using its own battery or using the machine's battery.
Applications:
Site prep
Building pads
Sewage and storm drains
Landfill sites
Balancing materials
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Designed to remain non-intrusive, Sentinel and Watchman series offer viable alternatives in demanding applications where other technologies fail.
The Sentinel series of continuous non-contact level monitors is used to monitor material levels under a wide range of process conditions, from the simplest bin to the most demanding vessel application.
The Watchman series of non-contact object positioners is designed to give reliable measurement in extreme conditions or long range.
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The LAP SERVOLASER is a flexible laser positioning system with fixed and movable line laser modules.
In most applications, SERVOLASER project two parallel lines in vapying positions, controlled by product specifications. These two lines can move symmetrical in relation to a third, fixed centerline, or independently. The laser line modules are placed at the required positions by instructions of PC or PLC. SERVOLASER can be directly connected to PC or PLC by parallel port or interfaces (Ethernet UDP, Profibus DP).
Changes during production are foolproof because of product-specific line positions: no movement by hand, no optical markers, no measuring efforts. Just type in product code, that's it !
LAP SERVOLASER can be combinations of one or two movable lasers with one or two fixed lasers. Customized versions are available on request.
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The LDS-1000 Laser Doppler Scale (LDS) provides high speed, high accuracy and long range positioning for single or multiple axis applications, such as linear motors, large gantry machines, CNC machine tools, CMM's, precision stages, and other linear measurement devices. Based on the Laser Doppler Displacement Meter (LDDM), the LDS is compact, easy installation, easy alignment, less Abbe off-set, no cross coupling, high accuracy, high speed and cost effective. Supplying automatic temperature compensation, home position, TTL AQuadB squarewaves, Up/Down pulses or sinusoidial output, the LDS is compatible with all mainstream controller feedback systems. The LDS has been installed in many | | |
