Simplifies the cable sample arrangement for measuring under a microspcope or the VCPLab Perfect for e.g. measuring the indentation of the heat pressure test according to IEC 60811-508 Arranging with friction wheels, cogwheels and a durable rubber tooth belt Easy and quick operation Robust device made of aluminium, stainless steel and brass - no corrosion Quick sample fixing of a cable sample due to a lever mechanism

Vacuum pump to pick up small cable samples Suitable for the cable measuring device VCPLab and the cable o ring cutter ORC Micro

Device is according to the standard IEC 60811 -501, -507 (heat elongation test, tensile test) The samples are taken from the inner side of the sheath and isolator All grooves and/or conductive layers are removed Developed to slice samples according to IEC 60811 with a thickness between 0.8 and 2.0 mm (0.04” – 0.08”)

Device is according to the standard IEC 60811 -501, -507 (Heat elongation test, tensile test) Handy, electric device for material tests in laboratories Developed to slice samples according to IEC 60811 with a thickness between 0.8 and 2.0 mm (0.04” – 0.08”) Especially for hard materials

Measuring device to detect the twist/lay/pitch length of sheathed cables Measurements according to the standards LV212 und LV122 The twist length of the sample is measured without removing the sheath → this ensures a precise measurement Traditional methods manipulate the sample (cable stripping or unwinding of conductors) → a precise measurement is not possible anymore Via a PC connection, the measuring results can directly be exported Fully automatic: By clicking one button, the measuring sensor automatically moves along the sample

Cutting block SB 18 - The cutting base can be rotated 4 times and is exchangeable always an optimal cutting base Cutting knife - With special blades for an optimal cutting of the cable samples Special blades - These blades are especially developed for cable preparation Cable strippers - Different sizes

Measuring device for large extrusion tools up to 35 mm (1.37“) hole diameter  Automated measurement process  Focus indicator allows you to easily adjust the focus  Homogeneous transmitted light illumination - made by iiM GmbH - for the ideal presentation of the area to measured  The influence of the user is reduced to a minimum  Robust, ergonomic design  Ideal addition to the 2-camera system VCPEx+

Robust and compact design, easy to handle Fast, reliable and highly accurate measuring process Integrated hardware and software, touch monitor for intuitive operationReliable, high-precision clamping of the test specimen (including conical tools / conical wire guides) The highly precise alignment of camera and test object chuck both enable a highly accurate measurement No extraneous light influences thanks to measuring behind closed sliding door

Robust case seals against extraneous light Central control unit Semi-automatic focussing and illumination Safe from impacts and vibrations Quasi shadow free transmitted light Optimal system status for lighting, optics and camera A measurement with 2 cameras is possible Adjustable operation distance for 2D measurements in laboratories Very precise measurement due to high resolution sensors Standardised individual components Very easy measuring procedure Suitable software VELOX and CAQ-System ProCable available

Object size / measuring range up to 130 mm (5.11“) (larger customizations are possible)  Quick and very easy measurement  Little training required (without a customer specified database an initial operating instruction takes only 15 min)  Suitable software: VELOX (measuring software), ProCable3 (CAQ system)  Various external CAQ software are connectable (CIQ-AESA, ADVARIS, QDA-ASI-DATAMYTE, QUASAR, etc.)  No user influence on default optical focus as well as default optimized, intelligent and homogeneous lighting  Shock and vibration resistant due to an optimized sensor arrangement and balanced weight distribution 

Standard-compliant, fully automated measurement Your guarantee for secure quality testing of geometrical attributes of cables, isolated conductors and hosepipes Excellent traceability and repeatability Reliable evaluation of obtained measuring results Intuitive operation – designed for use directly next to the extrusion line Operation possible without training – highly complex in the background – but easy, safe and quick to use All measurements are performed with image processing algorithms of the latest generation Modularly expandable (database interfaces, special geometries/shapes …) Clear, individually configurable and comprehensive result display

The APEX Turbine Data System (DS) is the next generation of data acquisition, control, setup, and online analysis. It reliably acquires time-synchronized data from a network of digitizers, regardless of sample rate or sensor type.