3D Portable Arm

NDI's Portable CMM usability specifically designed for the shop floor optical measurement solutions. Discover total measurement freedom and true handheld operation using an ultra-lightweight multi sided probe that is tracked optically. No mechanical restrictions

• Greater measurementfreedom
• Reduced operatorfatigue
• No moving parts
• No system controller required
• Completely wireless handheld probe (wi-fi)

This advanced system guarantees effortless measurement by eliminating the mechanical linkages that can restrict movement and reach. The system's solid state design also eliminates all moving parts ensuring greater reliability, it is armless, wireless and beamless portable CMM. Measure more quickly and easily than alternative arm-based technologies. With greater convenience and a substantial reduction in operator fatigue, you will dramatically increase measurement efficiency and throughput on the shop floor.

Free of mechanical linkages, the OPTOTRAK PRO series sets the new standard in usability and handheld performance with a wireless probe that provides truly unrestricted range of motion. The beamless design also eliminates the need to maintain a constant line-of-sight-simply present the Probe to the Optical Tracker whenever you are ready to measure. Momentary obstructions have no effect on the system's ability to continue tracking, dramatically improving productivity. Experience the ultimate freedom in handheld, walkabout coordinate measure with OPTOTRAK PRO series.

• Wireless operation ensures a cable-free environment
• Automatic probe identification simplifies set up and eliminates
• Quick-release stuglus changing system eliminates the need for tools and styles recalibration
• Intuitive information panel provides audio/visual feedback and multi-function buttons for greater control
• Portable Command Console provides remote data display reducing the need to access the host computer
• Easy-to-hold ergonomic shape reduces operator fatigue
• Quick-connect pistol grip with integrated trigger provides added control and flexibility
• Multiple trigger points support right-and left-hand operation, including inverted and reaching positions
• Single point and continuous scanning measurement modes ire supported

Take non-contact, point-cloud measurement to a higher level with laser scanning systems powered by NDI's advanced Optical Tracker. Quickly bring physical parts into the digital domain with handheld laser scanners that combine instant tracking performance with high­speed, non-contact surface scanning.

Key Features :

• Instant tracking due to beamless design
• Industry-leading Perceptron V5 laser scanner
• Large measurement volume
• Integrated touch probing
• Dynamic referencing

Key Benefits :

• Exceptional ease of use for higher measurement throughput
• Perform walkabout scanning without beam-breaks, mechanical linkages, or photogrammetry targets
• Use your preferred data collection program - all major point-cloud software applications are supported
• Conduct freeform scanning of difficult geometries from multiple angles of approach
• Reduce operator fatigue with ergonomic and lightweight scanner designs
• Use the system's large measurement volume to scan large parts in one setup
• Measure difficult surfaces without powder or spray, including shiny black
• Measure accurately in unstable environments with Dynamic Referencing (near stamping presses, forklifts, vibrating machinery)

Create and compare 3D models with the convenient all-in-one, self-positioning handheld 3D laser scanner. Based on widely accepted and proven technology from the trusted leader in advanced optical metrology, NDI's VicraSCAN offers professional results at a very attractive price.

Using unique self-positioning technology and small reference targets, setup is a snap since no other tracking device is required. Simply plug the lightweight, ergonomic scanner into an available USB port and scan directly into powerful 3rd party software packages without the need to save and import data first.

Truly portable, you can measure virtually anywhere with greater freedom and control using the VicraSCAN handheld 3D laser scanner. with the convenient all-in-one, self-positioning VicraSCAN handheld 3D laser scanner. Based on widely accepted and proven technology from the trusted leader in advanced optical metrology, NDI’s VicraSCAN offers professional results at a very attractive price. Using unique self-positioning technology and small reference targets, setup is a snap since no other tracking device is required. Simply plug the lightweight, ergonomic scanner into an available USB port and scan directly into powerful 3rd party software packages without the need to save and import data first. Truly portable, you can measure virtually anywhere with greater freedom and control using the VicraSCAN handheld 3D laser scanner.

Application :

• Use 3D data torapidproto type,recreat e,reproduce,restore and model parts
• Create 3D digital mock-ups and virtual environments for animation, advanced visualization, multimedia applications & complex assembly instructions
• Capture and archive 3D model soffossils, artifacts, archaeological and historical items top roduce full size dorscaled reproductions
• Measure unique shapes to create custom fit parts, including restoration work and orthoticorprosthetic manufacturing

Capture the fast, complex motion of multiple objects over large volumes with exceptional precision using NDI's Dynamic Measuring Machine (DMM). The NDI Dynamic Measuring Machine is one of the most powerful and capable tools for advanced motion analysis.

The DMM uses an Optical Tracker to track specially designed targets that mark specific points of interest. The Optical Tracker's most powerful feature is the unique ability to track how 3D and 6DOF measurements change over time, adding a new dimension to industrial metrology by allowing for dynamic motion measurement.

NDI's Dynamic Measuring Machines can measure:
Vibrations, traveled paths, velocities, accelerations, displacements, positions, orientations, deformations, and angles.

Key Features :

• Automatic, real-time target identification
• Track up to 512 targets
• Measure up to 4500 measurements per I second
• Report in a fixed frame of reference or 1 dynamically reference relative to other moving targets

Key Benefits :

• High speed 3D tracking of targets
• Real-time 6D of trackingof multiple objects
• Measure dynamic behaviorof parts, structures and assemblies

Certus HD is a powerful and flexible Dynamic Measuring Machine (DMM) for 6DOF motion tracking and analysis applications. The Certus HD Position Sensor uses high-speed, realtime digital photogrammetry and optical triangulation techniques to track the precise 3D positions of targets over a large volume. The system can determine the position and orientation of many moving objects by generating thousands of data points per second in real time. The Certus HD DMM can analyze and report data in either a fixed frame of reference or relative to another object’s local coordinate system.

This non-contact tracking method does not influence the natural dynamics of motion, overcoming the limitations of conventional displacement sensors, strain gauges and accelerometers. With exceptional resolution and range, the system is equally capable of measuring both the fine subtlety of small movements and the gross dynamic behavior of large motions. The lightweight, portable design allows you to quickly conduct testing and analysis wherever it is required.

• Conduct testing and analysis wherever it’s required with a portable DMM
• Pre-configured system allows immediate use right out of the box
• Preserve the natural dynamics of motion with a non-contact tracking method
• Trigger and synchronize third-party devices with a straightforward interface
• Simplify testing setups and analysis with intuitive First Principles software
• Link multiple Position Sensors to produce very large measurement volumes

Non-contact Auto Gauging Inspection System offered by us help in providing highly accurate as well as repeatable measurements of complex manufactured parts of different materials. With automated configurations, we can successfully meet the demands of both non-contact measurement as well as full measurement statistics.