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Overview X-Ray Systems

Overview X-Ray Systems

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X-Ray Drilling of Reference Holes

Typically the reference holes are used to inset pins, which will be used to clamp the panel with the accurate alignment to the X, Y axes of the drilling machine. To this aim, the reference holes must be executed with best optimization respect to the inner lay-up of the multi-layer panel.

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X-Ray – Antares 700X

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PCB X-Ray Inspection

X-CHECK 310 MF is an X-Ray inspection desk for Multi-Layer panels, before and after the drilling process. The inspection of overlapped targets before drilling is to avoid to drill panels with high misalignment between the internal layers. After drilling, the use of X-Check 310 MF allows to evaluate the centering errors between holes and the relative pad. X-CHECK 310 MF is an evolution of previous model 300.

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X-Check 310 MF

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X-Check 310 MF

 LogoMach3Lab

 


PCB X-Ray Inspection
 x-check

X-CHECK 310 MF is an X-Ray inspection desk for Multi-Layer panels, before and after the drilling process. The inspection of overlapped targets before drilling is to avoid to drill panels with high misalignment between the internal layers. After drilling, the use of X-Check 310 MF allows to evaluate the centering errors between holes and the relative pad. X-CHECK 310 MF is an evolution of previous model 300.


It is built with a fully shielded robust structure, which contains and holds:

  • Micro focus X-Ray source to allow vision of minimum details.
  • High sensitivity CCD camera with integrated X-Ray scintillator Camera controller allowing image integration (noise reduction), electronic zoom x 2 and CCD over exposure, which gives bright images also in case of high panel thickness.
  • P.C. (Win XP) integrating hardware and software for capture and elaboration of the images, measurements and X-Ray control.
  • The P.C., which is equipped with 15" LCD monitor, can be connected to the LAN to share the collected images asx-check documentation of the process quality.
  • Laser or photographic printers also can be added as options.
  • The working plane, which holds the panel, has been made more accessible respect to previous model, by retracting the upper plane, in order to allow better manipulation of the panel under inspection. The space between the panel holding plane and the upper plane also has been increased to 25 mm, in order to allow inspection of multiplayer panels, pinned with their backup panel.


X-Ray Control

A dedicated software application shows, with a simple click the X-Ray control Panel, which permits to adjust the KV, to display the actual KV and mA values, to display alarms, which are connected to risky conditions for the operator and the equipments.
The X-ray control panel can be hidden with another simple click when necessary, in order to grant the functionalities connected to the inspection job.
In order to maximise the X-ray tube life and efficiency, the control software sets automatically the anode current (mA) depending on the KV setting and the tube mA/KV characteristic. To the same aim, the software starts automatically the proper warm-up cycle, when required by the inactivity time of the X-ray source.


Getting Images & Measuring 

By pressing the foot switch, the X-rays are turned ON, and within 2 sec the image appears. This is enough for a simple visual evaluation.
Anyway, the camera controller and the X-Check software offer a number of functions for image elaboration in difficult cases. In particular, frame Integration and CCD time integration are very powerful. When the image is "frozen", the Measure menu permits to check the hole to pad centring errors (Fig. 2) or straight lines to measure distances.

Then the image can be stored on the H.D. or printed out with or without the measurements in overlay. Quad image printing (four corners) is also available.

x-check-mea1  x-check-mea2





 



Safety

The operator and the environment are protected against X-radiation leakage by means of flexible lead-rubber curtains all around to the camera housing and the exposure room.
These offer full protection against X-Ray emission through the frontal, rear and side openings. The flexible curtains must be changed periodically, and to this aim, they can be easily accessed by removing the upper plate, which holds the cylindrical camera housing.
In addition, a dedicated circuitry inhibits the X-ray emission when the circuit of the signalling lamp is interrupted (lamp filament burnt), according to the existing laws Because of X-Ray presence, the equipment is supplied with a Radio Protection Certificate. This is released by a QUALIFYED EXPERT and it lists the radiation leakage measurements made on the specific equipment, according to EURATOM directives 80/836, 84/466, 84/467, 89/618, 90/641, 92/3, which concern ionising radiations.
Since the X-Ray leakage is less than 1 µSv/h at any point of the machine envelope, the operator is considered not exposed person. This means that because of the efficiency of the shielding system, there is no need of wearing the exposure badge for periodical check. The customer must simply declare the detention of an X-Ray equipment to the local Safety Department according to the local laws. All the components are CE compliant.


ADVANTAGES

  • Powerfull userfriendly software
  • Very detailed image (Fein Focus)
  • Bright pictures even with thick panels
  • PC for storing and printing measurement data
  • Easy to connect to local network
  • Very userfriendly software

PANEL FEATURES

  • Max. panel dimensions: 700 x 600mm
  • Min. panel dimensions: 300 x 200mm
  • Panel thickness: 0,1 - 6mm

MACHINE FEATURES 

  • Electrical supply voltage: 220V – 50/60Hz
  • Electrical power consumption: 600W
  • Size: L 520mm x W 1240mm x H 1400mm
  • X-Ray generator (Fein Focus)
  • Max anodic voltage: 50KV
  • Max anodic current: 1mA
  • Focal spot: 50µm
  • Cooling: Forced air
  • X-Ray control panel (Software)
  • KV adjustment
  • KV and mA readouts
  • X-R Tube overtemp. check (alarm)
  • X-R lamp integrity check (alarm)
  • Automatic mA control
  • Automatic tube warm-up start
  • Visions system
  • CCD camera with scintillator
  • Field of view: 12 x 9mm (Zoom x 1), 6 x 4.5mm (Zoom x 2)
  • Camera controller and software functions for image enhancement 

INSPECTING DETAIILS

OPTION

Inspection: Full panel area Photographic printer                                                                 
Panel input openings: 24mm high  

RELATED PRODUCTS

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All information subjected to change without notice!

For more information, visit the website or send us your information request.

X-Ray – Antares 700X


Logo mach3lab vectorX-Ray Drilling of Reference Holes



The Process antares man2 small

Typically the reference holes are used to inset pins, which will be used to clamp the panel with the accurate alignment to the X, Y axes of the drilling machine. To this aim, the reference holes must be executed with best optimization respect to the inner lay-up of the multi-layer panel. The process to drill reference holes is made in two steps: 1) In the first step the machine will detect the centers of those targets that have been chosen to represent the internal lay-up. The enlargement/shrinking, due to the previous pressing process, as well as the registration errors are considered. 2) In the second step the programmed holes will be executed in optimized positions based on the detected topography, but at a definite reciprocal distance, as required for pins. The drilling is performed by a pneumatic spindle using a standard drilling tool with ring. The rotation speed is fixed at 30.000 rpm. The panel is clamped by vacuum area at the center of table. The table is made by a material that is X-Ray transparent and offers the possibility of inspecting any kind of panels or PCB's in any point, including the vacuum area, which is also X-ray transparent. The software offers a very friendly and self-explaining interface toward the operator.


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ADVANTAGES

  • High flexibility: Arbitrary number of Targets (min. 2) and holes
  • Optimised hole drilling (geometrical error of the board is included into hole position calculation)
  • Fast cycle time
  • Also useful for measuring panels only (measuring data can be easily exported)
  • Very userfriendly software
  • Automatic unloading system of panels outside specification (also in manual machine)
  • Full Automation Capability

  antares-auto


 PANEL FEATURES 

  • Size: max 700 X 600mm, min: 300 x 200mm
  • Tot. panelthickness: max: 6mm
  • Target shape: round
  • Hole diameter: 1-4mm
  • Max hole count: unlimited

MACHINE FEATURES 

  • Max. axis speed: 60 m/min
  • Position transducer type: optical scales
  • Position transducer resolution: 1µ
  • Position accuracy: 3µ
  • X/Y stroke: 800/900mm
  • Z axis movement: pneumatical
  • Z stroke: 40mm
  • Z drilling speed: 0,2 - 2 m/min (adjustable)
  • Spindle type: air
  • Speed: 30.000 RPM
  • Tool change: manual
  • Tool diameter: 1 - 4mm
  • Panel clamping systems: vacuum table (venturi)
  • Chips aspiration: venturi
  • Panel loading: manual
  • Panel unloading: automatic
  • Panel pre alignment: line laser
  • Unloading trolley capacity: max. 100mm stackingheight
  • X-ray sensor System: CCD + scintillator
  • Field of view x-ray sensor: 12,5 x 9,6mm
  • Vision system accuracy: +/- 5µ
  • Targetcenter repeatability: +/- 4µ
  • Cycletime (2 cargets, 3 holes): 15 sec
  • Loadingtime: 5 sec
  • Drilling accuracy optimised holes: max. +/- 20µ
  • Drilling accuracy drill on target: max. +/- 15µ
  • Productivity: 2,5 panels per minute
  • Electrical connection: connection power= 380V – 3KW, 3PH + GND
  • Compressed air connection: pressure= 6 - 10 Bar, consumption= 400 NL/min (average)
  • Size: L 1535mm x W 1520mm x H 1400mm
  • Weight: 800kg

 RELATED PRODUCTS

x-check

 

 

 

 

 

 

  


All information subjected to change without notice!

For more information, visit the website or send us your information request.

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About Adeon

At Adeon we believe that it is the quality of our work that placed us in our current position, and quality is what we try to improve with everything we do. European PCB manufacturers are often challenged to produce many different designs and technology levels every day. This makes it challenging to select and provide equipment that is capable of doing that. Our goal is to offer the best service and support against affordable rates to the highest standards to help our customers to stay at the forefront of technological developments.

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