Lawrence i9 – Dual monitor 3D Wheel Aligner

Model: i9 –Aligner
Product: Aligner
Data sheet: Download product specs

*Colours and designs may differ
*Designed & Engineered in Italy Assembled in PRC

Description:
Lawrence wheel aligner is the world’s first adopting V3D +3Dmax technology platform of aligning system so far, of which the measurement adopts three-dimensional shoot technology and data displays in three-dimensional image mode.

Make the measurement results more accurate, the effect more realistic and operation more simple and easy to learn.

Simple operation, get familiar in 5 minutes
Accurate measurement, responsible for car owners
Free rolling compensation for maximum efficiency
Three dimensional operation system leader
Three dimensional animated guidance
Personalised printouts with your company logo

Technical Information:

Cabinet: foldable
Pole: automatic lifting
Computer: 1 set
Monitor: 37”
Unique target disks: 1 set
Deluxe tyre clamps: 1 set
Cameras: 1 set
PC camera: 1 set
Rubber blocks: 1 set
Turn tables: 1 set
Transition blocks of turn table: 1 set
Printer: 1 set
Pc camera: 1 set
Speaker: 1 set

Outstanding Functions

Intelligent Auto Lifting Pole: In the process of operating, the intelligent pole can adjust the height of the beam automatically to that of the vehicle at any time, and the IAA1 system can follow the position of the target disks and adjust the height of camera automatically.
3D Measurement: Using 3D measuring technology which is based on more specific and precision measurements of the wheel base.
Shooting System: Composed of high-performance cameras and four target disks, the camera system can measure the vehicle’s running posture vividly.
Target Disk: The solid-state target disks made of special materials are sturdy and durable without any electronic components.
no Run Out Measurement: No run outs of individual wheels is needed. Only one forward and backwards movement of the vehicle complete all the measurements.
3D Max System: The unique visual 3D max dynamic measurement system is real and vivid.
Calibration System: Only one simple calibration is needed after the initial installation without any repetitive calibration following.
Dual display monitors

Lawrence i9 3D Wheel Aligner

Advantages

The target disks (sensors) are not composed of any electronic components as in traditional wheel aligners. Thus is any interference problems caused the electronic components eliminated.
There is no need to do complex wheel compensation for the wheel theoretic plane. Only one time of pushing measurement is needed to complete the precision measuring in order to shorten testing time greatly.

Principles

The corresponding datum plane and driving central line for calculating are constructed by the centre of four wheels got by the four target disks. Then according to the position of each disk in the plane and central line, the parameters of wheel alignment can be figured out. Therefore, measurement deviation due to the non-horizontal vehicle plane and lifting platform during the measurement can be avoided.

Principles of V3D System

During operating, users can adjust the height of vehicles according to their requirements. And the IAA1 system can automatically calculate and adjust the cameras to the corresponding height. No manual work will intervene in this process. There is no influence on measurement results.

Schematic Illustration of BCC

BBC: After initial installation, only one simple calibration is needed, the best measuring results can be achieved. And there is no need for repetitive calibration

Other Features

1. Utilizing Patented 3Dmax Dynamic Display SystemIt can make the observation of the real 3D profile of each wheel at any time vividly and conveniently
2. No Electronic ComponentsThere is no electronic components, thus none of electronic circuits trouble will occur. And the solid-state target disks made by special materials are sturdy and durable.
3. Four-point Wheel ClampsIt is suitable for any kind of wheels with diameters ranging 11″ to 22″ standard. The holding tire clamp is optional. If necessary, the wheel clamps with maximum 27 ” are available.
4. 3D Animation TechniquesWith the specific high-speed imaging cameras and the high-performance computer, it only takes only one minute to complete the basic position measurement.
5. Unique Reminding WindowHelping users complete the measurement, it offers feedback of information during measuring and monitors the measurement process effectively.
6. Pre-tightening Rotatable JawFitting for most of the external steel rim and coordinating with the anti-loose retractor, it effectively prevent clamps from falling in the process of positioning.
7. Pushing the Vehicle OnceThe deviation caused by steel rim deformation, mechanical components deformation, installation errors and other factors can be compensated comprehensively.
8. Body Height Measurement SystemUtilizing the target disks for height measuring (optional), the height of the vehicle body’s relative plane can be quickly measured to provide reference data for car body deformation.
9. 3D Animation Adjustment GuidanceVarious adjustment methods of chassis position parameter are available.
10. Animation Operation Reminding All the operation systems are instructed by 3D animation which prompts the users to prepare for the next step.
11. Original Standard Reference DatabaseThis database contains the original datum and information of over 20 thousand car models.
12. PC Camera Showing Vehicle On Platform FunctionEquipped with high definition USB camera, which can provide real-time shooting while the vehicles driving towards the platform of the lift. No staff conducting is needed outside the vehicles
13.Intelligent Voice Reminding Voice announcement by woman in standard British accent is set to avoid improper operation by users.
14. The Measurement of Caster and Kingpin Inclination Caster, kingpin inclination and included angle take simultaneous measurements to test the various states of steering and suspension systems
15. The Measurement of Vehicle Body Dimension3D alignment can provide factual data for the repairing of car frame deformation by effectively measuring the dimension parameters, such as wheelbase, tread and axle offset, etc.
16. The Measurement of Toe-out-on TurnThe measurement of toe-out-on turn can provide basic data for the adjustment of steering mechanism and the changing of the bad accessories.
17. The Measurement of Tire DiameterThe measurement of tire diameter can provide more specific data about the barometric pressure and wear pattern of the wheels.
18. The Measurement of Maximum Turning Angle The measurement of maximum turning angle offers great help to avoid many problems, such as vehicle driving wandering, cornering squeal and jitter of the steering wheel.