Placement with precision

SMD accessories

Inspection Camera KIS-IMX290

This microscope system provides brilliant image quality without delays on HDMI output. It has a fast zoom and offers wide-range automatic image adjustment. The depth of field is perfect thanks to the built-in HDR function. PCB repairs and SMT inspections have never been easier.

Manual, optical inspection is used especially for the inspection of small series and prototypes as well as in development. By means of a manual, optical inspection, almost all defect patterns can be detected and documented. Advantages compared to automated systems are the mostly low investment costs and the flexibility. Complex programming is not necessary.
Inspection Camera KIS IMX290
Inspection Camera KIS IMX290 SMD-MOI detailed display
Inspection Camera KIS IMX290 SMD-MOI pin detection
Inspection Camera KIS IMX290 SMD-MOI full display
Inspection Camera KIS IMX290 SMD-MOI solder joint inspection
Technical data
Camera IMX290 Sony 2.2 MP automatic wide range sensor with BSI zoom and high light sensitivity
Lens16X-160X adjustable magnification 25 mm zoom C-mount lens 0.7X ~ 5X working distance 110 - 170 mm
PixelSize 1 / 2,8"
Lens mountC / CS-Typ
Display frame rate60 Hz at 1080 P
Shutter speed1/50 s (1/60 s)
Exposureautomatic and manual
Software features HDR mode, AWB / MWB, color adjustment Save image to micro SD. Save H264 video to micro-SD, add lines horizontally and vertically, real-time clock
Dimensions300 x 300 x 250 mm
Weight5 kg
ConnectionAC 230 V / 110 V

Manual inspection with image comparison IBV-1080 P

64 bit processor with 2 GB internal memory Full HD resolution (1920 x 1080 pixels) Zoom lens for optimal use of the display area digital management of patterns easy operation massive tripod
Technical data
Controller Type 64 bit Quad Core ARM
Internal memory 2 GB
External memory USB"
Interface OperatorDisplay 2 lines with
20 characters, 5 LEDs, 6 buttons
Interface MonitorHDMI
Video recording resolution1080 p / Full HD
Optical sensor size1/2.7"
Lens type wide angle, zoom (2.8-12 mm)
manual focus and aperture adjustment
Working distance and image size a= 600 mm
Image 90 x 50 bis 500 x 300 mm
a= 200 mm
Image 50 x 30 bis 200 x 120 mm
MOI with Image comparison IBV-1080P
In SMD series production, the Automatic Optical Inspection (AOI) after the soldering process or the Solder Paste Inspection SPI immediately after solder paste printing enable a 100 % inspection. However, for sample assemblies or small series, manual visual inspection is required because the programming effort of SPI and AOI systems is too high. In addition to solder joints, the PCB is checked for the presence, polarity and misalignment of components. The comparison with the assembly plan or, if already available, with a sample board from the sample cabinet is time-consuming and exhausting and depends on the respective employee. With the camera system IBV-1080P one can use the characteristic of the human eye to perceive changes fast.

A comparison pattern, also called "Golden Board", is positioned under the camera via stops and the image is saved as a JPG file. Then the specimen is positioned under the camera. The two images are output alternately on the monitor. For an assembled PCB, it looks to the viewer as if missing components are flashing and misaligned components are wobbling. However, the method also works for the still unpopulated board and also for boards after solder paste printing. The IBV-1080P camera system allows images to be stored, i.e. sample board storage can be done electronically, eliminating the need to store samples. Change statuses and defect images can be easily documented.

For recurring small series, the line release can be done much faster by verifying the correct PCB, by checking the solder paste print and subsequent assembly control. Further fields of application of the IBV-1080P are version comparison of assemblies and assignment of change statuses, incoming inspection of printed circuit boards, outgoing inspection of fully assembled assemblies. The camera system IBV-1080P contributes with simple handling and programming as well as small investment crucially to the quality increase and is in the entire manufacturing process a useful aid for the quality assurance.
MOI with image comparison IBV-1080P display
Scope of delivery Controller and power supply
2 MP camera (Full-HD)
Tripod to hold camera, monitor and controller
Optionen 19“-27“ TFT monitor
Foot switch

CAN-BUS feeder

Feeder CAN-Bus 8 mm
CAN-BUS roller feeder
Feeder for component belts with 8, 12, 16 ,24, 32, 44 mm width. Motor driven, activation via IR signal or CAN-BUS. Easy installation as no cables or pneumatic connections have to be connected. Power supply via a bus bar integrated in the feeder bank. Step size adjustment via electronic integrated in the feeder.
Feeder CAN-Bus 32 mm
32 mm Feeder
Feeder CAN-Bus 44 mm
44 mm Feeder

CAN-BUS feeder cassette

Feeder cassette CAN-Bus
CAN-BUS feeder cassette
Space-saving feeder for component belts with 8 mm width. The feeder cassette with 10 x 8 mm feeders requires only the space of 6 x 8 mm single feeders. The feeders are motor driven, activation via IR signal or CAN-BUS. Easy mounting because no cables or pneumatic connections have to be connected. Power is supplied by a bus bar integrated in the feeder bank.

Linear feeder bars

Linear feeder
Linear feeder for bar stock and mouthpieces
Feeder for SMD components supplied in bars. The components are conveyed by vibration, which is generated by a linear magnet. Easy changeover to different housing shapes by exchanging the mouthpieces. Special designs can be realized by adapting or customizing the mouthpieces.

Label feeder

Label feeder
Label feeder
In order to meet the ever-increasing demand for traceability in the inoplacer line as well, we have expanded our program with the INOLABEL ALF 12 label feeder. We see this as the ideal complement to our INORÜST (feeder setup and batch management) and INOTRACE (Traceability Compact) software modules.

Short tape board

Short tape board
SMD short tape board for small series assembly, exotic assembly or sample assembly. The individual belt feeding elements can be pressed into the base plate in a 4-position grid, allowing different belt widths to be processed. The belt is threaded into the guide and fixed with a perforation hole in the catch pin. The unit thus set up is aligned on the machine and programmed as a grid tray.

Double side placement board

Universal PCB holder for INOPLACER SMD placement machines. The PCB holding pieces are 8 mm above the base plate, thus double-sided placement is possible without conversion. A right angle can be created via the fixed support pieces and the required board dimensions can be set via the adjustable support pieces. Eccentrically rotatable support points prevent the PCB from bending during the assembly process.

Grid tray handler

Grid tray handler for automatic feeding of max. 10 grid trays, size max. 260 x 350 mm.

Inline system INOPLACER HPA

Inline-System INOPLACER-HPA.
max. loading area 300 x 350 mm
only in connection with automatic reference mark recognition

Do you have further questions?
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General terms and conditions (PDF)

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