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NAC MEMRECAM Q5 High Speed Multi-Head Digital Camera System The nac MEMRECAM Q5 Digital High-Speed Video System now provides even more flexibility making it the ultimate imaging system for onboard automotive testing!   The Q5 is an expandable, multi-head, high-speed digital camera system, and represents a significant advancement in MEMRECAM multi-head system technology. The Q5 is significantly smaller and lighter than its predecessor, the MEMRECAM GX-5, as well as any other multi-camera system available anywhere in the world. By connecting multiple camera heads to a single Digital Recording Processor (DRP), the user can simultaneously shoot the same subject from a number of different angles. The MEMRECAM Q5 system supports a number of different ultra-small camera heads, which can be selected, mixed and matched depending on the user's light sensitivity and resolution requirements. The Q5 provides a TOTAL solution for all car crash safety tests, as well as a number of other applications.Product Enhancements and Key Benefits:GX5 vs Q5 DRP comparisonSmall size and weight (195W x 40H x 125D, 1.8kg) – The Q5 DRP is less than 20% of the physical size, and less than 25% of the weight, as compared to its predecessor systems.Multiple Ultra Small Camera Head Choices – The MEMRECAM Q5 supports the existing lineup of nac ultra small camera heads. The Q5 camera heads are matched to user requirements, being optimized for high light sensitivity, small size, or balanced to support both needs.Compatible with Existing MEMRECAM Systems – The MEMRECAM Q5 supports the nac micro camera heads installed with the Q5's predecessor system, the MEMRECAM GX5. Multiple Q5 DRP's can be connected and synchronized using the nac Q-Hub Hi-G interconnection system. The Q5 is also fully compatible with nac's Q1, GX, HX and RX camera systems.Enhanced Hi-G performance – The Q5 DRP is rated for shock for 200G, 7ms, and 150G, 11ms.Faster Image Processing – The MEMRECAM Q5 system uses an extremely fast processing system, saving the user time and making for a more efficient workflow. Live images can be viewed over the system's Ethernet connection at up to 30+ frames/second. The DRP's 8GB memory can be downloaded to a control PC in about 2 minutes.Expanded Image Protection – As with all nac systems, the MEMRECAM Q5 employs a memory backup system which protects images in the event of unanticipated loss of power. Like the MEMRECAM Q1 series, the Q5 provides extra insurance for image capture and image protection. nac's Hi-G trigger allows the camera to record images even if the external trigger signal is lost during a test. In addition, nac's proprietary RESQ interconnect technology provides a secondary path for recovering images in an emergency situation.System Features:Ultra-small, Hi-G Rated Camera Heads – nac provides four (4) models for use with the MEMRECAM Q5 DRP, available in both straight and a variety of angled configurations:P2-cam (25 x 25 x 85mm) – The extremely small pencil camera captures VGA images at 1000fps in confined, poorly lit spaces;S2-cam (25 x 25 x 25mm) – Based upon the P-cam, the sensor is located outside of the camera body providing an even tinier camera head for imaging inside of the most confined and remote space, capturing VGA images at 1000fps;C-cam (35 x 35 x 58mm) – Ultra high light sensitivity camera head for those small, light-starved spaces, rating of ISO 8,000 for color and ISO 50,000 for mono, captures VGA images at up to 1000 fps;µ-cam (16 x 16 x 27mm) – Ultra small camera head with enhanced light sensitivity performance for incredibly tight, light-starved spots, captures VGA images at up to 500fps;Digital Recording Processor (DRP) – The MEMRECAM Q5 DRP is an extremely small and light Hi-G rated system, allowing the user to minimize the mass of test equipment installed on a test rig. The DRP connects up to four camera heads. In addition, The Q5 DRP offers users many of the same benefits of the Q1 series, namely, a Hi-G trigger, memory backup, multi-camera control and synchronization, IRIG time stamp, and hasHi-G – Ruggedized for onboard Hi-G applications: shock 200G half-sine, 7ms; and shock 150G half-sine, 11ms.Ultra high light sensitivity – The variety of Q5 camera heads available allows the user to choose a model that meets specific size and light sensitivity requirements. Since the cameras can be mixed and matched with a single DRP, the user can choose the right tool for each application.Applications serviced by nac Image Technology Q5 Camera Systems:  • Vehicle Impact Testing                      • Onboard Airbag Deployment Testing   • Safety Restraints Testing                    • Automotive Component Testing • Automotive Research and Design        • Ballistics • Manufacturing                                   • Research, Design & Test
Additium Roof Crush and Side Intrusion Test SystemThe Roof Crush and Side Intrusion Test System is a combined test bench designed to evaluate the roof and side strength applying a controlled load over them. This quasi-static test system could be equiped with electrical or hydraulic  actuator. The system has been designed according to the following regulations: Roof Crush and Side Intrusion Test System• FMVSS214 • FMVSS216a • IIHS • GB 15743
NAC MEMRECAM Q1M High Speed Camera World's smallest, self contained Hi-G Cameras – the MEMRECAM Q1Series Q1m: The MEMRECAM Q1m Series boasts a 1.3 Mega Pixel sensor and is capable of recording brilliant color images at full resolution at up to 2,000 fps.Q1v: The MEMRECAM Q1v captures images with VGA resolution at up to 8,000 fps, but provides unparalleled light sensitivity at up to 50,000 ISO!The MEMRECAM Q1 Series cameras can operate as single stand alone cameras, or in a synchronized multi-camera systemCompact, rugged design – can withstand 150G shock for 10msBuilt-in Memory Backup is a standard feature (Up to 1 hour)2/3-inch format supports standard C-mount and custom Hi-G lenses62 (H) x 62 (W) x 65mm (D) , 400g.Fully integratable with existing GX and HX CamerasSupports simultaneous download of multiple MEMRECAM camerasPower Input: 20-32 VDCPower Consumption: 20WResolution1,280 x 1,024640 x 480Frame Rate2,0008,000Sensitivity (color)(monochrome)ISO 1,000 @ 1,000 fpsISO 6,400 @ 1,000 fpsISO 8,000 @ 1,000 fpsISO 50,000 @ 1,000 fpsBit Density8/10/12 bitsRecording TimeSXGA 1 sec (4GB) / 2 sec (8GB) @ 2,000 fps, 12 bitVGA 4 sec (4GB) / 9 sec (8GB) @ 2,000 fps, 12 bitMemory Backup TimeApproximately 1 Hour (8GB model)Dimensions & Weight62 x 62 x 65mm, 400 g.Lens MountC-Mount – 2/3” LensesShock150G/10msecLED IndicatorsCam. Mode/Cam. STS/Ethernet/BatteryAuto-trigger FunctionCameras can be triggered by shock using built-in G-sensorCapable of measuring up to 200G, 3-axisDownload Speed90Mbyte/sec*Specifications subject to changeMulti-camera communication, trigger, sync & Power distribution hub is available with or without an onboard battery.
Additium Head Restraint Performance Test SystemThe Head Restraint Performance Test system is an electrical test bench able to evaluate structural strength and stiffness of seats, their backs, anchorages and headrest. The heavy-duty system is a cost-efficient solution, capable of testing up to 3 seats simultaneously and independently. The system has been designed according to the following regulations: • FMVSS 202A, FMVSS 202                           • ECE R17, R25             • GTR 7                                                           • EEC Dir 78/932                                • GB 11550 – 1995, GB 15083 – 2006            • IS 15546 – 2005         • AIS 016, AIS 023 ✓ Precise programable loadrate control with  high performances ✓ Height Retention Test included ✓ Specimen-holder moving table for easy placement of seats or vehicle section ✓ Easy-to-use control system with a powerful user-friendly  software ✓ High resolution (16 bit) and high accuracy for all range of loads (torque, force) ✓ H-point laser alignment tool (Easy configuration of R-H points) ✓ Low maintenance requiredMain Loading Specification: • Back Station Moment: Up to 5.000 Nm                • Back Station actuator Stroke: 600 mm     • Head-form Station Moment: Up to 2.500 Nm      • Head-form actuator Stroke: 700 mm     • Head Retention Test Force: 2.500 N                       • Head Retention Stroke: 400 mm      • Minimum lateral separation between two lateral stations:250 mmRegulation ranges: • H-point height regulation: 200mm-900mm         • Head form distance to H-point: 450mm-900 mm          • Y-direction regulation of the 2 Lateral Loading Stations: 500 mm movement          • X-direction regulation of Central Loading Stations: 150 mm movement          • X-direction regulation of Sample Table: 800 mm Instrumentation:• Head displacement: 3 x displacement sensors     • Head retention: 3 x displacement sensors     • Head force: 3 x load cells     • Back angle: 3 x inclinometer     • Back force: 3 x load cell  New approach to the automotive safety testingAdditium Technologies is a young company formed by proffesionals with more than 20 years in direct experience on the design, manufacturing, commissioning and support of custom made test systems.
NAC MEMRECAM HX-5e High Speed Camera System  The MEMRECAM HX series: the world’s most versatile family of high speed camera systems!   MEMRECAM HX-5e FEATURESCMOS Sensor : 2560 X 1920—all Active PixelsBit Depth : 12/10/8-bit(customer selectable)Electronic Shutter : OPEN to 1.1µsVariable Framing Profile : Test using a variety of frame rates, sequentially or in parallel.Versatile Recording : Burst, multi-trigger, restart-trigger and image trigger.A-EST Mode : High resolution timing and sync system to Straddle Mode: Inter-frame time for PIV applications equals 182 nanoseconds.Dual Segment Recording : Simultaneously record to two distinct memory segments attwo different imaging speeds.Ultra-High Light SensitivityRuggedized for Range Use
NAC MEMRECAM Q5 High Speed Camera - µ-cam Camera Head     System Features:Ultra-small, Hi-G Rated Camera Heads – nac provides four (4) models for use with the MEMRECAM Q5 DRP, available in both straight and a variety of angled configurations:P2-cam (25 x 25 x 85mm) – The extremely small pencil camera captures VGA images at 1000fps in confined, poorly lit spaces;S2-cam (25 x 25 x 25mm) – Based upon the P-cam, the sensor is located outside of the camera body providing an even tinier camera head for imaging inside of the most confined and remote space, capturing VGA images at 1000fps;C-cam (35 x 35 x 58mm) – Ultra high light sensitivity camera head for those small, light-starved spaces, rating of ISO 8,000 for color and ISO 50,000 for mono, captures VGA images at up to 1000 fps;µ-cam (16 x 16 x 27mm) – Ultra small camera head with enhanced light sensitivity performance for incredibly tight, light-starved spots, captures VGA images at up to 500fps;Digital Recording Processor (DRP) – The MEMRECAM Q5 DRP is an extremely small and light Hi-G rated system, allowing the user to minimize the mass of test equipment installed on a test rig. The DRP connects up to four camera heads. In addition, The Q5 DRP offers users many of the same benefits of the Q1 series, namely, a Hi-G trigger, memory backup, multi-camera control and synchronization, IRIG time stamp, and hasHi-G – Ruggedized for onboard Hi-G applications: shock 200G half-sine, 7ms; and shock 150G half-sine, 11ms.Ultra high light sensitivity – The variety of Q5 camera heads available allows the user to choose a model that meets specific size and light sensitivity requirements. Since the cameras can be mixed and matched with a single DRP, the user can choose the right tool for each application.Applications serviced by nac Image Technology Q5 Camera Systems: Vehicle Impact Testing • Onboard Airbag Deployment Testing • Safety Restraints Testing • Automotive Component Testing • Automotive Research and Design • Ballistics • Manufacturing • Research, Design & Test
EMR Calibration Free Eye Tracker system  Detect where people look at CALIBRATION FREE Eye Tracker    EMR ACTUS enables you to conduct eye tracking without calibration process by cutting edge “CALFREE”technology. It achieves stressless measurements to capture massive number of examinees, difficult subject such as infant or subjects with low attention. Measured data will be statistically analyzed by newly developed software “EMR- dStream”Advantage of Calibration Free■ Enable to measure mass examinees in a series of eventsEMR ACTUS does not require a calibration process for each examinees because of CALFREE technolo-gy. Measurement instantly starts just after examinees stand or sit to the designated position. This technology will contribute for a measurement in a large number of examinees such as Marketing research.Extensibility of EMR ACTUS■ Monitor integrated CALFree unitCALFREE is an expandable optional function. Detection unit can be used for both monitor integrated and separate type. Setting of CALFREE unit is connecting only one cable and it does not require adjustment for each measurement.Analysis by EMR-dStream■ Heat map display Visualization for  attention level  by color temperature between blue to red.
MoveInspect HF Test SystemMoveInspect HF captures dynamic processes three dimensionally and analyses them regarding geometric changes. The high-end version is able to conduct tests without a time limit. This is a true breakthrough in optical metrology.Advantagesidentification of the 3D position and speed of a variable number of measuring points for an unlimited time perioddirect link to central data acquisition system3D deformation testing also possible in destructive testing thanks to inexpensive target accessoriessignificantly reduced setup work in comparison to traditional sensors such as travel sensorsclear visualization of results including shifting vectors, way-path-diagrams and video sequences3D motion analysis & dynamic testingmeasurement of dynamic processesdeformation analysis of objectsdynamic testing at frequencies up to 1,000 Hzperformance of long-term testsreplaces traditional travel sensorsHardwareSensorMoveInspect HF cameraBase distance of camerasvariableBodycamera body suits
industrial needs (IP 65)FlashLED ringlightAcquisition frequencyup to 1000 HzSensor size1,000 mm x 100 mm x 100 mmSensor weightapprox. 7.0 kgControl unitsyncbox for 1-4 cameras (cascadable), ext. synchronization, power supply 12 V or 90-240 V, Lemo connectorData transmissionTCP / IPProcessing computerhigh end laptop computerOperating systemMicrosoft ® Windows ® 7 (64 Bit)SoftwareInterfacesInterfaces to all established data acquisition systemsMeasuring modesOffline, Online, RealtimeTypical accuracy for1 m³up to 0.1Accessoriestripodhigh end laptop computercalibration toolreference crossone set of coded targets (ANCO-code)5,000 retro reflecting targets (Ø 10 mm)    Technical data subject to change without notice
Pendulum for Head Form Impact   l Pneumatic or Electric Drive l Precision Angle Sensor  l Trigger for Airbag and Camera l Reduced Mass 6.8kg l Impact Height 700 to 900mm l Impact Speed 4 to 10 m/s l HIC and a3ms Calculation l Deformation and Energy Calculation l According to ECE R21 / FMVSS 201
Linear impactor test system      Free Motion Head Form Test Body Block Test OOP TestSpecial Bag Test Multi sensor measuring Exchangeable impactors up to 60kgVelocity up to 12m/sAccording to FMVSS 201/ECE  201  R12High-speed cameras       Flexible Testing       highest reproducibility      adjustable payload from 7 to  20kg      velocity up to 6m/s      exchangeable impactor       optimized handling      conform to FMVSS 201/ECE R12      Measurement data      impact velocity       displacememt      kinetic energy      weight of impactor      impact forces       acceleration      high-speed video
3D Analysis Software    Leave the Plane: 3D is much more than 2D    The image analysis software Mov3D offers you the possibility to analyze 3D motion of dynamic recordings.    For this you track objects in several different stereoscopic views with the module MovXact, Subsequently the 3D curves are calculated based on photogrammetric methods.     Main features     Easy management of multi views within one test file    Interface to 3D control points    New type of marker CODE (= coded ring marker, by AICON)    Calculation of camera position using known control points    Calibration of camera and lens with powerful distortion correction.    (Use drag&drop from module CamFolder)    3D calibration and output of x-y-z displacement/time diagrams    (with a-v differentiation etc. see MovXact)     Data necessary for successful 3D analysis:  control point data  Tracking data: control points and unknown points  image sequence  (per view)   Calibration measurements  image sequence of test target +  camera - lens - data  (per camera)+  control point data in ASCII file     ► Position measurements  3D control points with tracking data +  calibration measurement  (per view + per image)  ► 3D measurements  tracking data of unknown points +  calibration measurements +  position measurements  ( n * 2D → 3D    Pre-conditions for 3D measurements   At least two views from different points are included in the analysis session.   (Same) control points and marker targets with the same name are setup and measured in the single views.   All cameras run synchronously (as possible within 1 line)   The frequencies of the image sequences need to be equal or    integer parts of the maximum occurring frequency = max. frequency / n.   The T0 start times should be in the raster of the maximum image frequency:   T0(n) - T0-min. = 1 / max. frequency.   The camera positions are calculated within the overlapping time interval; for this measurement data of at least 4 control points per image are necessary. Alternatively the positions may be defined as „static“.   A triangulation on the basis of the measured image coordinates must be possible.   Own scales or rulers are not necessary for calibration.   The scaling is implicitly included in the control point information.
FalCon etra MovXact  2DThe Analysis System for Image SequencesThe program interface combines typical work steps in clearly designed dialogs so that the user can evaluate both series tests and special tests quickly, reproducibly and accurately.The FalCon MovXact module allows you to precisely analyze image sequences with the methods of 2D image measurement technology. In addition to robust, automatic marker tracking, task-specific calibration and processing of measurement results is supported. Measurement graphs and individual measurement values are displayed to fit the image data precisely, are shown numerically, and are written to standardized file formats.Geometric measuring and tracking has never been that easy!ComponentsManagement of test dataSeveral views of a test or several films of a test series within one analysis sessionImport/export of picture and measurement data (standardized file formats)Settings and layout from registryIndividual defaults for markers and calibrationCompact data saving and text logInteractive image managementMeasurement of points, distances, angles and areasAssessment of outlines (contours = f(t))Measuring by planar stencilsAutomatic measuring and marker trackingSupported marker types:MXT MarkerXtrackT (5-point markers)DOT (1-point markers),QUAD (quadrant markers)CODE (coded markers of type "AICON")COR (any image pattern)PIX (coordinate measurements)Parallel procedure with sophisticated combination of the methodsEasy set-up of markers (auto-centering)Group model for dropout handlingMeasuring of virtual pointsCalibration of measurement dataDistortion correction according to camera and lens2D reference planes: coordinate system and scaleDepth correctionFrame rate and T0Processing of measurement dataExtraction of additional variables, e.g. resultant, angle, and MXT angledifferential measurement with respect to time or spaceISO/SAE time domain filters and differentiation (a-v)Export of the data into ISO, DIAdem® or ASCII file formatRepresentation of measurement data in a picture or diagramOverlay graphics from picture measurement dataAnalysis-picture and movie representationPrecise measurement zoom window with flexible configurationQuick Look of locus diagrams (x-y) and time functions (a-v-d)Easy export of images and diagrams to the clipboard
FalCon etra MovBagAnalysis of Airbag Image Sequences  The analysis program FalCon etra MovBag extracts the outlines from airbag test scenes and derives related measurement values.Main featuresAutomatic measurement of time-varying contour graphs.Display in the image overlay and diagramEvaluation of specific measurement values:maximum expansion, area, center of gravity (output and display according to analysis system etra MovXact)Measurement of discrete points, markers or areas/patchesCalibration of results with free choice of the coordinate systemExport to Multi-D format, DIAdem® etc.The analysis program etra MovBag offers automatic measurements of airbag outlines as contour graphs = f(t). The available image processing tools are designed principally for blow-ups in a test environment; measurement methods detect differences regarding brightness and color saturation (absolute and relative to a reference image). All thresholds and parameters are adjustable.A mainly automatic measurement requires the following boundary conditions:The airbag surface is illuminated appropriately and is "bright" (in relation to the near environment).A white balance according to the color of the bag, e.g. silver, ensures a "non-colored" appearance of the airbag, i.e. the color saturation is low.The background of the scene should show a pattern helping to separate the airbag surface. Thus a (relatively) "dark" and "colored“ (as possible homogeneous)  curtain is recommendable. Measuring within a monochrome image sequence (KODAK 4540), the brightness gradient between background and airbag should be considerable.Bright or even white labels, bars etc. in the region of interest should be avoided. Nevertheless the user may select a detection area to mask-off non-relevant regions in the scene, e.g. visible spotlights.In version 1.0 the image background is assumed to be static. To measure within dynamic tests (= moving sleds) the module will be extended: trajectories (as a result of etra MovXact) allow a reference to a "running" background.ComponentsThe outlines are displayed in the image overlay: options are e.g. color, filling, background mask, coordinate system with axes and grid.An overview sketch with legends helps to log the temporal course of the expansion: options are sequence interval, increment and background mask.Calibrated graphs can be displayed as x-y diagrams or exported into table or standard files (DIAdem®).A new Multi-D data format enables a visualization as temporal sequence of 2D diagrams. Several of these diagram sequences can be displayed synchronized to AVIs, thus a comparison of different tests is possible. Of course the modules QuickView andCustomerView support this data format too.Specific measurement values are extracted from the contour graphs: maximum expansion, area and center of gravity (extendable on demand). These measurement values are calibrated and post-processed according to the extensive features of the analysis systemMovXact. Results are output numerically and as time diagrams.
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