AMORA
Technical Features
Measuring Range:
Diameter max 600mm (radius 300 mm); height max 600mm;
Diameter max 600mm (radius 300 mm); height max 800mm.
Machine structure in stainless steel offering high mechanical and long
life, floor mounted with adjustable supports in nondeformable steel.
Base and column made of natural granite: linearity max error 2µm/Mt certification with Taylor Hobson res. 1 µm/Mt electronic millesimal level.
ISO/BT/HSK/VDl/CAPTO.....etc. Interchangeable rotating spindle-holder
(to be specified) max run-out error < 2µm.
Double vault arc prismatic slideways: n°2 X axis slideways, n°1 Z axis slideway.
Double re-circulating ball bearing slides, lubricated for life - X axis=3, Z axis=2 - (preloading slides/slideways: P/H class).
Spindle index in four angular positions: 0°-90°-180°-270°.
Universal mechanical tool clamping managed via software.
Pneumatic-mechanical braking of the spindle-holder rotation with radial compensation of the clamping force: no axis angular run error.
Constant load Archimedean spiral spring
(as opposed to a mass counter-balance system).
Double monitor to display the images and to mange the measurement functions:
Tool measuremment and cutting-edge inspection:

- 10.4” colour TFT screen, 35X magnification LVDS (on column support).
-
C-MOS sensor, 1.3 Mega pixels, USB connection, 2 High speed Area, 12.8 x 10mm framed image (4 times bigger than standard values).
  Measurement management and machine Operator interface:
- SXGA TFT 17” colour LCD monitor (on machine base adjustable support), 13X/26X magnification (full screen).
- Celeron M® processor on Industrial Main Board architecture.
- LINUX operating system.
-
keyboard and mouse.
Standard software:
- Tools set and Post Processor universal generator.
- CNC machine origin management and adapters.
- Creation of tool lists and/or individual tool, even with multiple cutting-edges.
- Automatic change of CNC machine origin allocation.
- Magnetic chip code-holders (Balluff for example, hardware not incuded).
-
Tool image shooting during the inspection and relevant storage in graphic format.
Optical Equipment:
- Telecentric lens.
- Doublet lenses at low F/Number in order to eliminate the error of the
clearness circle.
-
Episcopic illuminator with ring lens and red leds; diascopic illuminator with red, puntiform light led.
ELBO CONTROLLI Linear Transducers in optical glass type SLIDE 371 certified
HP laser: Axes resolution: X = 1µm, Z = 1µm.
Anti-dust cover provided for when not in use.
Overall dimensions: L=1873mm, H=1960/2160mm, P=687mm.


Interchangeable spindle-holder comprising only two parts. The system incorporates pneumatic preloading: this guarantees rotation concentricity accuracy smaller than 1Um, the design is patented.

Machine operation panel with soft tiuch key, micrometric wheels for precision axes repositioning within 0.8 Um, and buttons for rapid movements: axes movement speed 2.5m/min.

Option to take measurement references utilising fixed crosshair system to prevent the error associated with optical deviations. These errors are typical on auto-collimation vision systems. The wheels assure 100% R&R.

Base and column made of ground granite. The thermal inertia of this material allows the machine to be placed directly inthe shop. Mechanical elements manufactured from stainless steel.


The software includes 60 post-processors (ex. MAZAK, FANUC, SIEMENS, NUM, ...). Therefore, tool offsets can be exported in a simple, immediate and intuitive way. Thanks to a simple programming syntax, you can customise the format of the existing port-processors and create new ones.

DXF graphic files can be superimposed in real time on the image of the tool to check its outline. In addition, you can capture the whole profile of the tool, even by adding up several partial images, to export it as DXF format, which is compatible with all CAD systems.

The system also includes an innovative measurement function for the tools that are assembled in “angular heads”: by setting or measuring the inclination angle of the angular head, the software can calculate the radius/diameter of the tool, as well as the coordinates of the axis rotation centre.