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Dimensions Camera unit: 14(W) x 8 (D) x 3.9 (H) mm USB unit: 68.3 (W) x 19.5 (D) x 8.2 (H) mm Cable length: 2m (Standard) - Configurable Weight: About 40g Image Sensor and Focus CMOS Color Image Sensor with adjustable focus from about 20mm to about 120mm, Interface USB 3.0 Interface, Illumination 3 High Brightness LED - adjustable brightness level

The IP-3000 is a product developed to make a production line more reliable in-terms of visual inspection. Improving on common lapses on production lines such as: Visibility (Scope of Inspection) Accuracy (of Visual Inspection) Traceability,

The IP-3000 is a product developed to make a production line more reliable in-terms of visual inspection. Improving on common lapses on production lines such as: Visibility (Scope of Inspection) Accuracy (of Visual Inspection) Traceability,

EQO Mat is a cleaning pad that eliminates the contaminants on the tip of the probe such as flux by pressing against to probes. The gel layer will capture those probe tip contamination that was grinded by the polishing layer. The polishing layer will be responsible of removing contaminants from the probe tip.

The IP-1010 is a breakthrough product that uses a high-resolution camera fused with a specialized filter working together with a high-spec analysis software, Color Color differences between LEDs are easily identified, Brightness Software calculate an expected area which signifies the brightness of each LED tested, Chroma Using a translated number values calculated by the software, it is capable of detecting variances of each colors.

Automated simple parts inspection such as missing parts and color difference. Simple Operation from learning to inspection. Reduce workload for workers due to the ease of setup. Simple Operation Assures operation is intuitive. Simplicity of the design setup is on mind. User-friendly interface software and a simple hardware setup which is easy to install. Increase Productivity Simplified setting for 4 inspection modes for less time consumed learning the operation of the system. Faster and more accurate than manual inspection which can lead to a more productive and efficient production. Cost Efficient The IP-1050 system utilizes the capability of the camera it comes with. It can increase cost efficiency to the whole visual inspection work station that it will be applied to.

•It is use to extract the installed probe from the receptacle. •It comes in 3 different sizes: 50mil, 75mil and 100mil •It has two different tip, one is for common pointed type probe and the other is for probe with large heads such as crown type and chiseled type. •This also has a Pin Searching Function

The receptacle/socket extraction tool features a mechanism that can pull out a socket in a small amount of time without the hassle of having the socket hole damaged.

The quickest way to test and measure electronic components mounted on PCBA. Measurement Points The IP-5X00 Machine has a maximum of 2048 pins allocation. Test Time Average test time for single test is approximately 0.5-30ms, but it still depends on the board and component quantity. GPIO for Auto Stamping Up to 16 pcs of Auto-stamp can be actuated by IP-5X00 Threshold for SHORT 10 ohms variable. Number of Steps IP-5X00 is capable of up to 100,000 steps. Resistor Measurement Can measure between 0.1 ohms -30 MegaOhms of resistance (change by peripheral circuit) Capacitor Measurement Can measure 100pF up to 60mF of capacitance (change by peripheral circuit) Inductor Measurement Can measure 10 micro Henry up to 60 micro Henry of inductance (change by peripheral circuit) Guarding Can input up to 5 maximum guarding points.

The quickest way to test and measure electronic components mounted on PCBA. Measurement Points The IP-5X00 Machine has a maximum of 2048 pins allocation. Test Time Average test time for single test is approximately 0.5-30ms, but it still depends on the board and component quantity. GPIO for Auto Stamping Up to 16 pcs of Auto-stamp can be actuated by IP-5X00 Threshold for SHORT 10 ohms variable. Number of Steps IP-5X00 is capable of up to 100,000 steps. Resistor Measurement Can measure between 0.1 ohms -30 MegaOhms of resistance (change by peripheral circuit) Capacitor Measurement Can measure 100pF up to 60mF of capacitance (change by peripheral circuit) Inductor Measurement Can measure 10 micro Henry up to 60 micro Henry of inductance (change by peripheral circuit) Guarding Can input up to 5 maximum guarding points.

The quickest way to test and measure electronic components mounted on PCBA. Measurement Points The IP-5X00 Machine has a maximum of 2048 pins allocation. Test Time Average test time for single test is approximately 0.5-30ms, but it still depends on the board and component quantity. GPIO for Auto Stamping Up to 16 pcs of Auto-stamp can be actuated by IP-5X00 Threshold for SHORT 10 ohms variable. Number of Steps IP-5X00 is capable of up to 100,000 steps. Resistor Measurement Can measure between 0.1 ohms -30 MegaOhms of resistance (change by peripheral circuit) Capacitor Measurement Can measure 100pF up to 60mF of capacitance (change by peripheral circuit) Inductor Measurement Can measure 10 micro Henry up to 60 micro Henry of inductance (change by peripheral circuit) Guarding Can input up to 5 maximum guarding points.

WIT deployed functional testers in use for industrial, automotive, IT, and medical fields. IP-7200 with PIC Microcontroller Board Best for short lead time and low cost project. Sample Common applications: Amusement boards, etc. IP-7500 with SH Microcomputer Board Best for high speed test. Sample Common applications: Control boards and Driver boards. IP-7700 PC Based Functional Tester Best for controlling testers connected to a Windows-based PC. Can control other testers when connected as slave to this tester. Sample Common application: Graphics boards

Standard stroke test probes have consistently proven to be reliable ICT/FCT test probes. Depending on the working stroke of the test fixture, or the component or test points to be tested, various installation heights are necessary. These can be achieved by a choice of combinations of test probes and receptacles. Thus, the optimal working stroke with nominal spring force can be achieved. International Standard Spring Loaded Test Probes (GKS) Available in two different versions: Standard working stroke (4.3 mm) and longer working stroke (9.3 mm) for dual- stage test fixtures to combine ICT and FCT. Wireless receptacles enable the wireless connection of test probes using a transfer PCB.

High current test probes are used in several industries and applications with high currents, such as testing, function tests, signal transmission, power supply in production, as well as assembled contact elements. Another field of application is precise measurement, which requires test probes with very low internal resistance, so-called low-Ohm test probes. Standard HSS This test probe are unrivalled HSS probes with an optimal ratio of rated current load of 20 to 100 Amps in a compact design. Both press-in versions and screw-in versions are available. Short-stroke HSS and long-stroke HSS Short-stroke high current test probes -are ideally suited to applications with limited test space available. As with the standard probes, various mounting options are available. Long-stroke high current test probes are suitable for contacting situations which require a long stroke, e.g. dual stage contacting.

Dipole test probes and RF test probes are used in various industries: They enable precise, accurately repeatable measurement of resistance as well as RF performance. Using dipole test probes, 4-wire measurements to accurately determine resistances can be performed. In doing so, the voltage is measured using the inner conductor and the current is measured using the outer conductor. RF test probes are used to contact plug connectors, mini switches and PCB test points. These are used in the following way: Plug connectors are used to connect a variety of RF components, such as cables and PCB modules. In the automotive industry, plug connectors such as FAKRA or HSD connectors are used to transmit audio and video signals. U.FL connectors are used in radio modules, among others. Mini switches are used to test RF signals which are supplied by chip antennas or PCB antennas. PCB test points allow RF signals to be contacted directly on to the PC board. Depending on the nature of the PC board and application, this is carried out in various ways.

Pneumatic test probes (PKS) are used in all industries and a multitude of applications. These include individual contacting of single test points, activation of switches, contacting of difficult-to-access test points, or creation of interface blocks. A big advantage is that individual contact points can be contacted without the need for a complete test fixture. The pneumatic test probes rest in the home position (plunger in barrel) and the plunger extends when pressure is applied. PKS can be operated in groups or individually, allowing individual test sequences to be created. A wide range of accessories are available for doing so. The installation and electrical connection of PKS is made using either a standard receptacle, or a quick-exchange receptacle.

Switching probes are suitable for many various applications: not only can they be used for component detection tests and switches for closed/open checks, but also as a signal trigger for process control. Furthermore, in combination with other test probes (e.g., push-back probes), position determination of contact terminals in plug housings is possible. In most cases, INGUN switching probes are so-called “closers”, and are normally opened (NO). That means that the electric circuit is closed when the plunger is activated, allowing the plunger to be pushed further beyond the switching point. The rated current applied can only be transmitted in the closed state. Press-in and screw-in versions are available, depending on installation requirements. These are also available as quick-exchange systems in most series. Screw-in versions are especially suitable for applications with vibrations or unwanted side forces or axial forces. This prevents the test probe moving out of the receptacle. The electrical connection is made either by directly soldering on the receptacle (KS) and switching probe (SKS), using a plug, or a quick-exchange receptacle.

Screw-in test probes are often used to contact cable harnesses and plug connectors. They remain securely positioned in the receptacle even under challenging test conditions with vibrations or axial force. Screw-in test probes with thread have the designation ‘M’ at the end of the part number. Cable harnesses are the central connection elements between various components in the automobile industry and mechanical engineering and supply these with either power or signals. To guarantee uninterrupted operation, high demands are placed on the cable harness as well as the plug connector used. The cable harness has to pass various tests before it is fitted, these include: connection test, position test, push-back test, and function test. A further area of application for screw-in probes is the contacting of plug connectors on various electronic devices, such car radios, control units, PCs, smart devices, and many more