Innovations

The production of micro coils is one of KUK's specialities. We have established a great deal of know-how in handling windings directly onto magnetic cores - with a wide variety of wires that are invisible to the naked eye. Thanks to integrated plant and tool construction, KUK Group has the capabilities to process ultra-fine wire from 10 µm and to produce micro coils with diameters from 0.3 mm. For miniature coils with magnetic cores, cores made of a wide variety of materials are possible, including mu-metal, ferrite or amorphous materials.

These Ultra High Density Reed Relays with up to 1 Amp, 20 Watts Switching. Has the highest packing density for a reed relay currently available. Full mu-metal magnetic screening reduces interaction from 40% to just 1% and the footprint is only 5x5mm

Phoenix Contact is extending the series of PCB connectors with innovative Push-X technology to include a new connector for conductor cross-sections up to 2.5 mm². Push-X technology makes it possible to connect flexible and rigid conductors quickly and with virtually zero effort. Following the principle of a mousetrap, the conductor is caught simply by inserting it into the connector. Clamping contacts ensure the long-term and reliable connection of rigid and flexible conductors with or without ferrules. When the conductor is inserted into the clamping space, it strikes the release element which then, with very little force, releases the contact spring. The pretensioned contact spring then permanently clamps the conductor with a defined force. An audible release sound and the changed position of the high-contrast orange release button tell the user that the conductor connection has been secured. Tool-free Push-X connection reduces mounting times and the costs associated with crimping are eliminated. As conductor connection requires little effort, this simplifies automation. The release button is used to release the conductor and pretension the contact spring at the same time. The XPC 2,5 connector is compatible with the Combicon Connectors M product range with 5.08 mm pitch from Phoenix Contact. This results in numerous possible combinations covering a wide range of application versions.

Eurocircuits’ PCB RF pool service offers designers of High Frequency Board the cost benefits of order-pooling. RF pool covers a broad spectrum of technology including 2 types of material, 2- and 4-layer PCB’s plus a range of build-up options including mixed RF and FR4, all at acceptable prices. For other RF requirements, upload your data via the Ask for quotation box for our engineers to evaluate. What’s Available Bare Board or Assembled PCB’s Standard lead times: Bare Board PCB’s in 5 Working Days* Assembled PCB’s in 10 Working Days* Shorter lead times are available in the PCB Calculator Materials: Isola I-TERA & Rogers RO4350 for pooling – Rogers 4003 series Non-pooling 2 & 4 Layers pooled from 1 piece onwards 100µm Track & Gap pooling – 90 µm Non-pooling 2 Soldermasks – 2 Legends/Silkscreens Lead-free Finish (electroless nickel immersion gold or lead-free HAL) No Tooling Charges No Minimum Order Charge. 100% Manufacturability Check Prior to Production 100% Electrical Test PCB Configurator to check and upload design parameters before pricing PCB Checker to analyses your data before you place your order BOM and CPL analysis

In-System Programming Technology and related services is the focus of SMH Technologies, an outstanding firm that operates on a global, independent, and high-quality level. One of the industry’s leaders, SMH Technologies has been delivering success after success for its clients in the electronic boards manufacturing industry for well over a decade since being formed. Software Features FlashRunner 2.0 is based on Linux Embedded operating system, which relays on a real time scheduler and a full featured hardware abstraction layer. FlashRunner 2.0 is featured with software interfacing libraries which enables customers to achieve a full integration inside their software and across different frameworks, as LabView© and Visual C/C++. A new, friendly and interactive GUI (Graphic User Interface) which cut off overall configuration efforts, guiding customers creating a working project in few mouse clicks and detecting mismatches between target device and customer firmware, as well as power supply setup.

Customized steering handle developed and produced for a demanding customer intended for use in an off highway vehicle, project scope: from idea to reality. CAN bus connected with integrated safety functions.

vipro-TREAT MX is a compact 2-component dispensing system. The standalone dispensing system, including material treatment is designed for manual potting applications, especially for the electronics industry. It is perfectly suited for low to mid viscosity, respectively self-levelling materials, like Epoxies, Polyurethanes or Silicones. Those 2-component materials can contain fillers and can be dispensed with a mixing ratio of 1:1 to 10:1. The flexible system is designed with two pressure containers, one each per component.

WATS Process Heatmap is a feature within the WATS platform that provides a high-level overview of your most important KPIs. It combines product and process data in a single matrix, giving you a complete view of how products move through test phases, tailored to your needs. - Quick access to the Top 10 test issues per group and process - Drill down from overview to detail in just a few clicks — from KPIs to station reports, repairs, or test step details - Compare yields and quickly identify recurring failures - Instant visibility into True First Pass Yield, Second, Third, and Last Pass Yield, as well as the number of retests per run - Track the number of repairs linked to failed UUTs across groups and processes - Identify root causes and improvement areas with AI suggestions

WATS Unit Flow is a feature within the WATS platform that automatically visualizes how units move through your production. It is based on post-process data and requires no workflow configuration. With Unit Flow, you get a dynamic view of how units move through your test and repair processes. This helps you quickly detect deviations from expected flows, understand where units take unexpected paths, and gain deeper insight into what’s happening on your production line. Automatically generate an interactive map from existing test and repair data — no setup required Detect skipped steps, retests, and abnormal paths without manual configuration Use flow insights to reduce rework, delays, and process waste AI suggestions highlight units not seen in the process for more than 7 days