Laboratory Smart 3D Measuring Device For Aerospace Electronics Hardware
Brand Name:AUSKY
Certification:CE, ISO
Model Number:AMH650
Minimum Order Quantity:1
Delivery Time:30 Work days
Payment Terms:L/C, T/T
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Verified Supplier
Location:
Shenzhen Guangdong China
Address:
Hengxin Factory ,Yanshan Avenue,Yanchuan Community,Yanluo Street,Baoan District,Shenzhen
Supplier`s last login times:
within 27 hours
Product Details
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Product Details
Laboratory Smart 3D Measuring Device For Aerospace Electronics Hardware
Mechanism and Application Characteristics of Coordinate measuring machine:
1. Construction of the instrument:
Designed with workbench of a marble panel base and gantry mechanism, the instrument is characterized by steady accuracy, good adaptability to working environment, simple, strong, non-deformable and good-looking body structure, and ergonomically designed operating mechanism, and meanwhile is equipped with powerful measuring software and is easy to operate.
2. Applicable scope:
this measuring instrument can be used for dimensional accuracy measurement of various Aerospace, automobile and ship, scientific research and teaching, electronics, hardware and plastic, precision metal stamping plate, screen printing plate, acrylic plate, LCP film, PCB board, LCDTFT, glass cover plate, TP, frame of ultra-large LCD, die cutting, backlight module group, as well as for auxiliary measurements such as reverse engineering graphic R & D, design, drawing editing, laboratory inspection, etc.
3. Main functional configurations of instrument:
this instrument is used in with AUSKY professional automatic measurement software, Aotian special controller,MEAN WELL power supply, Panasonic servo motor drive system, TEO color 650TV CCD, PMS high resolution of 0.7–4.5 folds special high-definition Auto zoom and fixed-focus screen optical lens, LED partition program-controlled light source, import precision Nidec patch grating system, Lenovo computer,LCD monitor,keyboard, mouse, and the digital measurement.
4. Saving cost:
This instrument can achieve multiple functions on the same set of equipment, resulting in saved user costs for repeated purchasing of measurement devices as well as saved labor costs and equipment occupation space. It can meet the needs of user enterprises for greater development in the future and the demand for rapid expansion of product testing to lay sound foundation for users’ quality assurance.
Technical parameters
| Paramter and Model | AMH650 | AMH860 | AMH1210 | |
| Workbench | Glass table size(mm) | 808X568 | 1008X668 | 1300X1048 |
| Load-bearing weight(kg) | 30 | 30 | 30 | |
| Travel | X axis(mm) | 500 | 600 | 1000 |
| Y axis(mm) | 600 | 800 | 1200 | |
| Z axis(mm) | 200 | 200 | 200 | |
| Image and measurement system | Display resolution(mm) | 1/0.5(Optional) | ||
| Instrument precision(um) | (4+L/200)um | |||
| Imaging system(CCD) | TEO HD color | |||
| Zoom objective(X) | High percision automatic zoom lens program control | |||
| Total video magnification(x) | 30~190X | |||
| Working distance(mm) | 96mm | |||
| Light source | LED programmable partiton light source(Coaxial light source optional) | |||
| Outline dimension(mm) | 1500X1140X178 | 1720X1240X1780 | 2090X1630X1800 | |
| Weight(kg) | 1500kg | 1800kg | 2500kg | |
| 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
A. Multiple measuring methods, including auto edge-tracing, auto sectional edge-tracing, mouse on-screen point fetch, crossline pointing, proximity pointing, contrast and pinnacle pointing, contour pointing, probe pointing, laser pointing, and etc.
B. Powerful edge-tracing algorithm ensures sampling point accuracy
and automatic pixel correction on sampling stability,
where, one stroke will enable automatic pixel correction, needless
to shift frequently.
C. Element construction
Element structure technique, offers multiple methods, such as
shifting, rotating, extracting, combining, paralleling,
plumbing, mirroring, symmetry, intersecting, tangentially
structured elements; Element structure will enable user to
tackle some elements hard to measure, and consequently resulting in
increased working efficiency; The compositional
process is to select elements for compositional involvement, select
the result element, clear and simple. Options for
composition methods available in form of illustration.
D. 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.
E. Composite measuring of probe and image
Composite measuring by complementing probe with image optical
system achieves multi-purpose measuring of image
and probe.
F. 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.
G. 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:
Laboratory Smart 3D Measuring Device For Aerospace Electronics Hardware
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