See the result as a true 3D image in the display unit directly after measuring. Then evaluate the result easily with different calculation settings, for example three point reference, best fit or all positive. This can also be done directly on site without having to stop to go to a PC with separate analysis programs, which was the case previously. This makes production much more efficient.
The system includes laser transmitter D22 with manual rotatable head, and with the option of deflecting the laser beam 90°. With a few more accessories the system can also be used to check the parallelism of the two tower flanges. In the measurement system’s display unit it is possible to generate a PDF report containing graphs and measurement data. All information about the measurement object is documented.
Easy-Laser® Flange systems can be used on all sizes of flanges, regardless of diameter. You can measure 1 to 5 circles of measurement points, for example inner, middle and outer circles, in order to see the taper of the flange. Each circle can have 6–180 measurement points. The program guides you graphically step-by-step through the entire measurement, which quickens the measurement process. Three methods are available: Full circle measurement, Sectional measurement and Partial measurement.
Easy-Laser® enables you to measure and check the parallelism of the flanges. This can be done in several ways, as shown to the right with system E910 for example. In addition to the standard equipment, two tripods and an angular prism are required.
When the measurement of the flange is complete, the digits must then be interpreted. Easy-Laser® Flange systems make this extremely easy to do. And you can even do it on site, without having to go to a PC with separate analysis programs. You can evaluate the result with different calculation settings, for example “three point reference”, “best fit” or “all positive”. The result is shown via graphics in true 3D.
The featured programs below are the most common used with this system. Please click here for a complete overview of possibilities.
For flatness measurement of flanges and circular planes, slewing ring bearings and tower flanges for example. Can handle 1 to 5 circles, 3-180 measurement points on each. Three zero points at 120° pitch are computed by the system.
For parallelism measurement of flanges on for example wind tower sections. With advanced "best-fit" calculations.
An advanced electronic filter function can be used to achieve reliable results even under poor measuring conditions. Air turbulence and vibrations from adjacent machines are no match for the Easy-Laser® filter function!
Save measurement files as templates, with machine data and settings, to quickly start measurements.
The software is available in 14 languages: English, German, French, Spanish, Italian, Dutch, Polish, Russian, Swedish, Finnish, Brazilian Portugese, Japanese, Korean, Chinese (traditional and simplified).
With the EasyLink™ database program you can save and organise all your measurements in one place, produce reports with both data and images and export to your maintenance systems. You can customise what your Excel reports should look like and what data should be visible and where it should be positioned. The program has a clear folder structure, where you drag and drop files from the display unit to the database. Create your own structure with folders for manufacturer, department or machine type for example. The database can also be located on a common server and shared with other users. For extra safety you can use EasyLink™ to make backups of what you have saved in the display unit.
Save your files to USB and copy to other devices.
Save all measurements in the display unit’s internal memory.
When measurement is complete it is possible to generate a PDF report containing graphs and measurement data. All the information about the measurement object is documented, and you can add your company’s logo and address details if you so wish.
Quickly print all measurement data locally with a thermal printer (accessory).
The display unit for the E series enables you to work more efficiently and for longer than ever before thanks to several innovative solutions. It is also ergonomically designed with easy-to-grip rubber cladding and robust construction.
The display unit is equipped with our Endurio™ Power management system. This ensures that you never have to stop in the middle of a measurement because the battery has run out.
The display unit has a thin, easy-to-grip and rubber coated profile that ensures a secure grip. It has large well-spaced buttons that give clear feedback when pushed. In addition, the two Enter buttons make the system suitable for both right and left-handed users. The display screen has clear graphics that guide you through the measurement process.
You can create a user profile where you can save your personal settings. You can also have different settings for different types of measurements. It makes work faster!
You can choose the language that you want to appear on screen. English, German, French, Spanish, Portuguese, Swedish, Finnish, Russian, Polish, Dutch, Italian, Japanese, Korean and Chinese are available.
If you wish to expand functionality in the future, the software in the display unit can be upgraded via the internet or by connecting a USB memory containing the new software. In this way you will also have access to the measurement programmes that we develop for new purposes in the future.
Very versatile detector for geometrical applications. Compact and ridgid design. For use with either cable or wireless connection. Two connectors for making it possible to connect two detectors or more in series also with cables. 2 axis PSD, 20x20 mm [0.79”x0.79”]. Built-in 360° electronic inclinometer. Normally mounted on rods, but has many additional mounting possibilities thanks to threads on two sides.
Laser transmitter D22 can be used to measure flatness, straightness, squareness, level and parallelism. The laser beam can sweep 360° with a measurement distance of up to 40 metres [130´] in radius. The laser beam can be angled 90° to the sweep, within 0.01 mm/m [0.01 mils/inch].
The transmitter has many mounting options. Attach it with the three magnetic feet, horizontally or vertically. Attach it with a pin in the spindle. Or put it beside the machine on for example a tripod (optional).
For software, see Support > Software download.
The Easy-Laser® E980 Sawmill system will help you increase efficiency and save money in your sawmill. The system measures straightness, flatness and squareness. Equally useful on band saws and circular saws.
With the Easy-Laser® E290 Digital precision level you get new possibilities for aligning your machinery. Use it as a separate tool, or add it to your laser system.
Easy-Laser® E910 Flange is a system used to measure flange flatness of windmill towers, wings and hubs, tower bases, etc. It can also be used for parallelism measurement.
Easy-Laser® E915 is a system used to measure flange flatness of windmill towers and slewing bearings with an easy-to-use rotating laser.
Easy-Laser® E920 can be used to carry out all the most common geometric measurements; straightness, flatness, squareness, plumb and level. Measurement is quick and precise.
Easy-Laser® E930 is designed to measure straightness and pointing direction, primarily on extruder pipes. Another application can be e.g. hydraulic pipes.
Easy-Laser® E950 makes checking and aligning bearings and bearing journals easy. All of the parts included in the systems are designed and built for even the most demanding workplace and for easy setup on any machinery.
Easy-Laser® E960 Turbine alignment systems make the measurement and adjustment work of diapraghms and bearings easier thanks to the wireless detector unit and measurement programs that guides you through the measurement process.
For parallelism measurement of rolls and other objects in numerous applications. The E970 is especially suitable when many objects are to be measured and aligned, and when the distances are long.
Easy-Laser® E975 Roll alignment is designed for replacement and alignment of rolls in, for example, printing presses, paper machines and converting machines.