Low cost system for TCP correction launched

WireGate

Designed for us in the robotic welding environment, the WireGate provides automatic compensation for:

  • Torch Changer Repeatability
  • Contact Tip Wear
  • Torch Distortion
Contact tip wear, torch distortion and the repeatability of torch changers all adversely affect the position the wire leaves a torch. These errors reduce the quality of the weld, something which is hard to detect and unacceptable if the weld is safety critical.
The WireGate solves this problem by precisely measuring the differences in the current wire positions and compare these position values to the nominal values.
The robot paths are then automatically corrected to the true wire position.
Designed as a generic alternative to robots manufactures own systems, WireGate offers excellent value for money.

February 2007

Ferrari Selects OST’s SRS-VisionSensor

Car

Ferrari has selected to use the SRS-VisionSensor, from Oxford Sensor Technology, for the guidance of robots fitting glass into its vehicles. SRS-VisionSensors mount onto the robot’s gripper and accurately locate the glass prior to pick-up. The glass is then presented to the vehicle and the same sensors locate the aperture into which the glass must fit, ensuring a perfect fit every time.
Fast reliable and total unaffected by colour the SRS-VisionSensors every 6 seconds of every working day a vehicle is glazed using SRS-VisionSensors.
Ferrari is the latest prestige car manufacturer to use OST vision systems in the manufacture of its vehicles, others include Porsche & Jaguar.

February 2007

Tyre & Wheel Verification Systems Launched

IVP

With mandatory requirements to record tyre information and an every increasing range of wheel styles used in the automotive sector, OST vision systems allow tyre manufacturers, wheel suppliers, automotive manufacturers and logistical support providers, to verify crucial information such as DOT codes and ensure the correct tyre is fitted on the correct style of wheel.

DOT Code Reading
Reading black text on a black background is extremely difficult using conventional imaging systems. To overcome this problem OST has developed a high speed 3D scanning solution.
A radial scan of tyre sidewall is made using a high speed camera and a laser light source, allowing a 3D profile to be constructed. The information is converted into a greyscale image, where the shade of each pixel represents the height of the tyres surface. Filtering allows the natural curve of the tyre to be removed and the text to be easily analysed.
The DOT code, or any other region of interest, is located and the text read.

Wheel Type Verification
A traditional area vision camera, coupled to a suitable illumination system allows the wheel style and size to be verified by automatically identifying the spoke pattern (or other features) and measuring the diameter of the rim

Bar Code Reading
Depending on the specific application, either a greyscale camera or a barcode reader can be included to read suppliers barcodes or matrix codes.

Wheel location
Location of the centre of the wheel and bolt/stud holes is easily achieved by the greyscale camera system allowing fast and accurate location for pick & place or wheel fitting robots

Wheel Manipulation / Handling
OST can provide vision system to be incorporated into existing installations or, working in conjunction with integration partners, complete handling systems.

The results from all the check are sent to a PLC or computer network via Ethernet or a bus network system (Device Net, Profi Bus, etc.)
The technology provides Fast, accurate 100% inspection of safety critical features

November 2007

OST to provide complete solutions

Oxford Sensor Technology now offers complete Turn Key solutions for robot guidance, inspection and welding.

Oxford Sensor Technology, the specialist in the development and supply of vision sensor systems, is pleased to announce that it now supplies custom made “turn key” solutions for a vast array of applications ranging from:

  • Inspection Benches – to check the correct assembly of components
  • Process Inspection Cells - to verify components as they move along a conveyor
  • Packaging Inspection – 3D scanning to ensure correct packaging of food and other products
  • Welding Cells – Utilising vision guided robots or manipulators to optimise process performance
  • Pick & Place – Vision guided robots for pick and place applications
  • Assembly – Robot guidance for component assembly
By providing a complete system, Oxford Sensor Technology (OST) will provide customers with total confidence in the seamless integration of camera, illumination and robot for guidance or inspection systems.

“Too often vision systems fail in a production environment because a selection of components is brought together by a system integrator which lacks the knowledge of sensor technology and does not have the experience to provide the robust reliable solution that the customer demands. OST solves these problems by using its expertise throughout the design, installation, programming and commissioning phases.” – Anthony Williams, Managing Director



July 2007

Sick / IVP Integration Partner

IVP

Oxford Sensor Technology (OST) is pleased to announce its appointment as an Integration Partner for the Sick/IVP range of high speed line scan cameras and profiling systems. The series includes:

  • IVC-3D – A camera that combines the flexibility of a smart camera and the power of high-speed 3D imaging.
  • Ranger – A Highspeed 3D camera with multi-scan measurement capability
  • Ruler – 3D scanning for tough environments
OST-QuickLocator, OST’s advanced vision analysis software, connects directly to the IVP Ranger enabling fast accurate 3D visualisation, location and inspection of a diverse array of products from food to vehicle bodies. Currently OST is installing a multiple Ranger camera system at a leading vehicle manufacturer and has enquires for several more systems.

OST will use its expertise in machine vision and robot guidance to provide fully integrated “turn key” solutions to inspection and robot guidance requirements, providing customers with the very best in reliable imaging technology.

The Sick/IVP range complements OST’s existing range of innovative sensor technology and comes at the end of another very busy and successful year for Oxford Sensor Technology.

December 2006

OST launch OST-CellController

OST-CellController combines all the power, functionality and ease of use of Oxford Sensor Technology’s vision analysis software with a PC based PLC (programmable logic controller).

OST-CellController allows the rapid development and implementation of a fully automated inspection system or a vision guided robotic assembly cell without the need for a separate PLC. OST-CellController can interface directly to most camera systems, including high speed line scan systems, and OST's own range of specialist vision sensing technologies.

Configuration of the camera system, image analysis and cell control is easily achieved using “visual” basic scripting offering the user the utmost control and programming flexibility.

“The launch of OST-CellController yet again demonstrates OST’s dedication to continuous product development and a drive to offer our customers the best quality solution to their vision needs. Oxford Sensor Technology has specialised in providing vision systems to the automotive sector, the launch of OST-CellController will enable rapid system development to suit a vast range of new applications in new and diverse market sectors” – Anthony Williams, Managing Director of Oxford Sensor Technology

November 2006

OST to exhibit at the Moscow International Motor Show (MIMS).

Moscow International Motor Show

Russia is becoming the latest target market for the world’s top automakers. Already Ford, GM, Toyota, Nissan, Renault, and Volkswagen have committed to local manufacturing.

The Moscow International Motor Show provides a platform for car manufacturers to demonstrate their vehicles and for suppliers to demonstrate their ranges of products and services

As a leading supplier of vision sensing technology for robot guidance and inspection, to the automotive sector, the MIMS will enable Oxford Sensor Technology to publicise its vast capabilities to a rapidly expanding market sector.

The Moscow International Motor Show is open from 30th August to 3rd September 2006 at the Crocus Expo exhibition centre on the outskirts of Moscow city

July 2006

Oxford Sensor Technology