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FX1/FX-1R X,Y,Z,Θ and Y axes descriptions
The axes to be controlled numerically in this machine are such five(5) axes as X/Y/Z/ϴ/Y table axes, as shown below: 1, X- and Y- axis The X-aix represents the left and right directions of the machine, while the Y-axis represents the front and rear d [Read More] Mar 16, 2022
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FX1R Centering system
Instead of using conventional mechanical centering system, this machine uses touchless centering system where laser align sensor is used to read the position and angle of components. This can be achieved by detecting the shade of the components created by [Read More] Mar 16, 2022
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Board recognition marks
1, Shapes * The standard marks shall be the following thirteen(13) marks. Marks other than those shown below can be recognized with a pattern matching function if a user creates a template. * A triangle, checker pattern and user-designated template can be [Read More] Mar 16, 2022
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FX-1 / FX-1R PWBs transport reference and direction
1, PWB dimensions and mass Minimum dimensions (L x W) Maximum dimensions (L x W) Minimum thickness Maximum thickness PWB mass Dimensions and mass 50mm x 30mm Note1 410mm x 360mm 0.4mm 4.0mm 2000g Note 1: When the machine is equipped with a PCB width autom [Read More] Mar 16, 2022
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Applicable components for FX1 FX-1R
Applicable components Dimensions Width x Length Minimum: 0.6 x 0.3 mm Maximum: 30.7 mm diagonal length Square components = Max. ◻︎20.0 mm Rectangular components = Max. 26.5 x 11mm Component 0.2 mm (◻︎ 0.4 mm or at 0603) to 6.0 mm * The maximum size of a c [Read More] Mar 16, 2022
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Mechanical Specifications
1 placement accuracy Square chip: +-0.05 mm For details of component placement accuracy, refer to chapter 5 in the instruction manual of the supplied CD. 2, Number of ATC nozzle stocks Number of ATCs: 4 units(two on the front+two on the rear) Number of st [Read More] Mar 15, 2022
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Descriptions of the abbreviations used in FX1 FX1R machine parts
Abbreviation Meaning ATC Auto Tool Changer BMR Bad Mark Reader EPU External programming Unit FPI Feeder position indicator HLC Host Line Computer HMS Height Measurement System HOD Handheld Operating Device MNLA Multi Nozzle Laser Align OCC Offset Correcti [Read More] Mar 15, 2022
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Configuration of the offset correction camera (OCC)
The Camera detects a BOC mark and corrects the detected mark automatically. The machine is equipped with a coaxial light and polarizing filter as the standard devices. [Read More] Mar 15, 2022
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Configuration of the head unit
A head unit consists of a laser alignment sensor (MNLA) to detect the component position/angle error and a Z slide shaft that can be moved up/down and rotated. The right/left two MNLA (Multi-Nozzle laser Align) heads are incorporated into this machine. Co [Read More] Mar 15, 2022
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Configuration of the component feeder and PWB transport section
The Feeder banks at total four locations arranging a PWBs carrying section between the front and rear feeder banks, feed the components. The components are to be fed through a tape feeder(s), bulk feeder(s) or stick feeder(s), all of which are mounted [Read More] Mar 15, 2022
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