Technical parameters
| Paramter and Model | AMP-540 |
| Workbench | Platfom size(mm) | 840X600 |
| Glass table size(mm) | 550X450 |
| Weight limit(kg) | 30 |
| Travel | X axis(mm) | 500 |
| Y axis(mm) | 400 |
| Z axis(mm) | 200 |
| Image and measurement system | Display resolution(mm) | 1/0.5(Optional) |
| Instrument precision(um) | (3+L/200)um |
| Imaging system(CCD) | TEO HD color |
| Zoom objective(X) | High percision automatic zoom lens program control |
| Total video magnification(x) | 30-200X |
| Working distance(mm) | 96mm |
| Light source | LED programmable partiton light source(Coaxial light source optional) |
| Outline dimension(mm) | 1200X840X1765 |
| Weight(kg) | 850 |
| Power supply | 220V AC 50HZ |
Configuration List:
| Sequence number | Name | Unit | Quantity |
| 1 | Main body | PCS | 1 |
| 2 | Instrument table | PCS | 1 |
| 3 | AUSKY software | PCS | 1 |
| 4 | video card | PCS | 1 |
| 5 | Joystick | PCS | 1 |
| 6 | Dongle | PCS | 1 |
| 7 | Computer | PCS | 1 |
| 8 | Liquid crystal display | PCS | 1 |
| 9 | Aocheng optical calibration block | PCS | 1 |
| 10 | Precision probe(optional) | PCS | 1 |
| 11 | Keyboard and mouse | PCS | 1 |
| 12 | Specification warranty card certificate | PCS | 1 |
Introduction to the software functions:
Software interface
Probe measuring
Powerful functions of software probe measuring enable to character 2D & 3D elements such as height, plane, cylinder,
cone, sphere, ring, etc., and support multiple methods for establishing 3D coordinates system, with rapid and efficient
programming.
Composite measuring of probe and image
Composite measuring by complementing probe with image optical system achieves multi-purpose measuring of image
and probe.
Workpiece array and array macro function
Such function is applied in automatic image measuring instrument. When a bunch of identical workpieces are placed and
literally equally spaced on one measure fixture, measure one of the workpieces at first, before measure all the
workpieces on the measure fixture. This will not only save the time for edge-tracing measuring, but also simplify the
user program.
Laser measuring
Laser measuring sees an increasing popularity in imaging device measuring. Our software is also improved and
optimized responding to the measuring call. We herein introduce as below:
Connection and interfacing with laser
Currently, our measuring device can connect with laser of following brands: Keyence, Panasonic, Omron, Miyi, Stil,
ERT, Sunny, and etc. Select the laser and COM you wish to connect with in the Laser List in the Parameter Setting.
(After connection, the measuring method using laser measuring is indicated as below(L: Reading of the line is the
current laser reading, and corresponding interface of laser measuring will also pop up in the Graphic Zone)
Synchronization of laser and image
Before laser measuring, first to synchronize the laser and image, before following measuring can be performed. Using a
sample, find a cusp on the picture, before shift the crossline center to such cusp to call out the coordinate value, before
shift the laser spot to such cusp to call out the coordinate value of such cusp, click to confirm to wrap up the
synchronization, to achieve the image programming laser measuring.
(With this, in subsequent measuring process, whatever laser spot mining or imaging spot mining, they can be shifted to
the element center already mined)
Workpiece array macro
Responding to circumstances of placing simultaneously multiple identical or different fixtures on workbench, array on
each fixture can be identical or different. User can simply replace the fixture after measuring workpieces on one fixture,
which help save time and increase efficiency.
(Fixture 1) (Workpiece 1)
Import CAD graphics for measuring
The software supports measuring on workpieces with CAD graphics as template, which enable coordinate measuring or
comparison measuring. Such function is applicable to workpiece of any contour/shape within gauging range of the
measuring instrument.
