Thank you for your interest in Tohken products. Here at our support pages
you can find Operation Manuals and dirvers for our most popular units.
Also a summary of the product sheets that are also available on this page.
If you need any specific document's or softwares not in here, please feel free to contact us.
USB Driver for non-hid mode THIR-3xxx units.This driver will work on Windows XP,Windows 2000,Windows 98,
Windows 95.This driver suits the Fixed series 315x as well as the Handheld 3000 series.
Its 1.3M pixel camera read all 1D and 2D barcode with top noth speed and accuracy.
Also THIR-6000RF can seamlessly read and write various HF tags.
It is no more need to spend a time to select hardware at any multiple situation.
The THIR-6000DM is our robust solution for reading laser etch and ink jet direct part marked codes.
Using its simple but unique illumination it combines the power of the normal 6000 with the ability to read DPM codes.
The THIR-6000 scanner is based on Tohken's newest color imager and state-of-the art decoding engine.
With the IP 64 housing, audible sound and vibration feedback the THIR-6000 meets the requirements of most demanding users...
Robust reading of 1D and 2D codes through tohken's imager and decoding engine,
is no problem for our high performance industrial grade PDA.
The unit makes for a flexible scanning platform for your custom applications.
Leading the industry in cost-effectiveness, imaging performance and low power consumption,
the TFIR-31 provides OEMs and Machine building companies with linear and two dimensional barcode scanning,
signature capture and color picture-taking capabilities.
Small and ultra compact are what best describe our new self teaching TFIR-31DM.
Use it on laser etched an inkjet directpart mark codes and you will be surprised what it can do for your application.
This manual contains most settings for the unit in barcode form,
this allows users to simply scan a barcode to change a certain setting on the unit.
This is esspecially usefull for HID mode scanners, but it will also work on non-HID mode scanners.
This instruction describes how to connect TMA-6000 and TMA-6000U
with THIR-6000B. ”THIR-6000B Series Operational Manual” (newer
than the second edition) contains the specification of the adapter.
There are generally two types of barcode marking that are used on products: Label Marking and Direct Part Marking.
These are both very different and have their own specific use and methods of reading.
Label Marking
Label marking is a barcode that is indirectly applied to a product.
These markings are printed onto a sticker, or label and affixed to the product, or the packaging of the product is marked.
These barcodes are typically high contrast(dark markings on a light background), making it the ideal solution for effortless and high speed reading.
Traditionally the barcodes are marked by thermal or label printers, but regular laser or inkjet printers may be used.
Direct Part Marking (DPM)
・Lazer Marking
The laser marks by directing a concentrated beam of coherent light directly to
the parts surface. The marking beam is controlled by a high-speed computer
that moves the beam by reflecting it off galvanometer-controlled mirrors.
・Inkjet Marking
Inkjet markers propel charged ink globules (droplets) from the printing head to
the part surface. The droplets are "aimed" by varying the voltage across the
deflection plates.
・Chemical Etching
Electro-Chemical Etch marks parts by removing metal from the surface using
electrolysis. The marking system consists of a power source, an applicator,
ground electrode, and appropriate electrolytes for the type of metal being
marked.
・Dotpeen
Dotpeen is achieved by pressing a marker stylus against the surface of the
material being marked, displacing (not removing) the parent material. It is
typical to find one pressing or dot per cell in order to reduce the size (surface area) of the mark.
About X-ray System
X-Ray Systems
For the first time world-wide, a new type of X-Ray inspection microscope with in-lens field emitter
has achieved 100 nanometer resolution, without a Synchrotron
Introduction
X-ray Microscope Inspection Systems using thermal electron emitters such as those made of lanthanum hexa-boride (LaB6)
have rather recently achieved a spatial resolution of about 0.4μm, which was a practical technical limit.
This limitation has been due to the limited current flow of the focused electron beam as it hits the X-ray target,
and due to limited ability to further reduce the size of the electron probe spot.
Now, we have developed a thermal field electron emitter with two orders of magnitude higher brightness coupled
with a new type of condenser lens to produce an X-ray Microscope Inspection System capable of 100-nanometer spatial resolution.
This is expected to enable examination of internal structures of semiconductor IC devices, micro electro-mechanical systems (MEMS),
or cells of biological specimens in more detail or much sharper resolution.
TUX line of X-Ray Products
Built with Tohken's state of the art proprietary X-Ray tube technology,
The TUX line of products offers higher resolution and magnification to various applications.
The TUX X-Ray microscopes is the right choice to view internal structures of semiconductors and biological cells in more detail.
It is particularly suitable for inspection of BGA and CSP integrated circuits, for example flip-chips, bump die, voids, solder ball shape and wire bonds.
It can also be used to inspect defects in miniaturized components such as capacitors and resistors or to inspect cracks and layer gaps in high density mounting substrates.
The proprietary X-Ray tube can be sold separately.
For more detailed information about our TUX line of products or the X-Ray tube, please contact us.
This instruction describes how to connect TMA-6000 and TMA-6000U
with THIR-6000B. ”THIR-6000B Series Operational Manual” (newer
than the second edition) contains the specification of the adapter.
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