n-gineric Screw Driving Application
n-gineric Screw Driving Application
Semi-automatic Screw Tightening Cell for the Assembly of Home Automation Components
Compact Cell Design (0.68 x 0.68 x 1.24 meters) with flexible Tooling Changer
Adaptive Screw Tightening Strategies (with automatic Snug Torque Detection)
Process Data Logging
Screw Driver System:
Mikro Sensor Torque Driver System n-gineric ng-TDS20-hi
- Torque Range 0.02 to 0.2 Nm
- Ultimate Torque/Angle Measurement Precision:
- Strain Gage based Rotary Torque Sensor integrated at the Bit Chuck
- 24 bits A/D Converter Resolution of the Torque Measurement at the Rotary Part
- Brushless Digital Signal Transmission from the Rotary to the Stationary Part
- 0.1 Degrees Resolution of the Angle Measurement directly at the Bit Chuck
Screw Supply:
Screw Presenter with Vacuum Pick & Place
Robot: Janome JR3303
n-gineric Screw Driving Application
- in cooperation with KUKA AG, Augsburg, Germany -
DEMO-System for Mobile Phone Assembly
Screw Driver System:
Mikro Sensor Torque Driver System n-gineric ng-TDS10-hi
- Ultimate Torque/Angle Measurement Precision:
- Strain Gage based Rotary Torque Sensor integrated at the Bit Chuck
- 24 bits A/D Converter Resolution of the Torque Measurement at the Rotary Part
- Brushless Digital Signal Transmission from the Rotary to the Stationary Part
- 0.1 Degrees Resolution of the Angle Measurement directly at the Bit Chuck
Screw Size M1 x 1.6
Robot: KUKA Agilus KR3
n-gineric Screw Driving Application
Automated Screw Tightening System for the Assembly of Mobile Communication Base Station Modules.
Screw Driver System:
Micro Sensor Torque Driver n-gineric ng-TDS400-xi
- Ultimate Torque/Angle Measurement Precision:
- Strain Gage based Rotary Torque Sensor integrated at the Bit Chuck
- 24 bits A/D Converter Resolution of the Torque Measurement at the Rotary Part
- Brushless Digital Signal Transmission from the Rotary to the Stationary Part
- 0.1 Degrees Resolution of the Angle Measurement directly at the Bit Chuck
Performance: 250 self tapping screws 4x14 are being tightened with torque/angle control with in 12 minutes.
Screw Supply:
n-gineric Blow Feeding System
Robot: Janome JS450
n-gineric Screw Driving Application
Automated Screw Tightening System for the Assembly of Car Infotainment Systems.
Screw Driver System:
Micro Sensor Torque Driver n-gineric ng-TDS100-hi
- Ultimate Torque/Angle Measurement Precision:
- Strain Gage based Rotary Torque Sensor integrated at the Bit Chuck
- 24 bits A/D Converter Resolution of the Torque Measurement at the Rotary Part
- Brushless Digital Signal Transmission from the Rotary to the Stationary Part
- 0.1 Degrees Resolution of the Angle Measurement directly at the Bit Chuck
Screw Supply:
Screw Presenter with Vacuum Pick & Place
Robot: Janome JR2303
Wireless Torque and Force Measurement with n-gineric Transducers
Mobile measurement capabilities of all n-gineric transducers are now available.
A mobile phone or device with our Android application can be used as a simple measurement display, but it serves as a WiFi Bridge.
Data rates up to 1,000 measurements per second for precise graph recordings are possible.
It can be used with our intelligent rotary torque/angle transducers or load cells.
n-gineric Torque and Clamping Force Measurement Application for Screw Joint Analysis
The criteria for a fail-safe screw driving process is the clamping force in the screw joint.
n-gineric's intelligent torque/angle sensors can receive data from a secondary torque or force sensor through an ng-Link-connection.
Measuring the torque, the angle and the clamping force during a screw tightening process is a typical application providing the curves in a synchronized graph.
For the clamping force measurement, a donut load cell is used, equipped with our intelligent sensor interface, as secondary transducer.
The primary sensor directly communicates with a Windows-PC via Ethernet or USB. There is no other measuring instrument in between.
n-gineric Screw Driving Application
Torque-/Angle Sensor n-gineric ng-TTR20-ci
- Brushless Signal and Energy Transmission
- Digital Interfacing with PC
- Torque Range +/- 20 cNm
- Measurement Accuracy 1 % F.S.R.
- Angle Resolution 0.1 degrees
Measurement Processing: PC/Windows based Software
- 100 Percent Control
- Graph Visualization of Torque vs. Angle
- G/NG Visualization (Operator Feedback)
- Data Storage
- Excel Export
Robot: Janome JR 2303 N
Screw Driver: Brushless DC Motor Clutch Type
Screw Feeder: Quicher Screw Presenter
Automated Torque Measurement Application for Rotary Dampers used in the Automobile
Intelligent rotary torque/angle sensor ng-TTR20-ci with USB and Ethernet interface
Torque range +/- 20 cNm
PC-based control system
Robot: JR2303
Mobile torque measurement equipment for instant CMK study and screwdriver calibration
Case with 3 intelligent stationary torque sensors mounted:
ng-TTS100-xi,torque range +/- 1 Nm
ng-TTS1000-xi, torque range +/- 10 Nm
ng-TTS2000-xi, torque range +/- 20 Nm
USB for additional rotary torque sensors available
Windows based measurement software on tablet PC
Barcode reader for screwdriver identification
Thread testing application for T-slot nuts
Simple assembly using an intelligent rotary torque sensor directly connected to a PC for graph recordings of torque vs. angle and measurement analysis and documentation
Intelligent rotary torque/angle sensor ng-TTR500-xi, torque range +/- 5 Nm
The thread gauge is floating to avoid additional friction caused by misalignment.
Standard battery screw driver used as drive unit.
Battery screwdriver equipped CMK study with intelligent rotary torque/angle sensor
Intelligent rotary torque/angle sensor ng-TTR1000-xi, torque range +/- 10 Nm
Item identified via barcode reader
Instant CMK calculation with automated Excel export
Windows based measurement software on PC