Utilizing the latest advancement in technology, ADR Engineering has updated itself with the most advanced metrology equipment and software. As precision is the heart of quality, we can provide the most accurate measurements for all your project requirements.

As companies evolve into manufacturing advanced, sustainable and most reliable products, ADR Engineering has tuned itself to adapt the ever-evolving dynamic industrial environment. To support our clients achieve their targets, we provide precise and extensive analysis to avoid and inspect errors in the production area.

ADR Engineering 2D Inspection Advantages

• Cost-Effective Inspection Solution
• Inspect SMT charts through Polyworks
• Achieve precision through GD&T
• 2D diagram-based Inspection Services

How 2D Measurement Works

2D has two dimensions X and Y and it refers to the dimensions of the computer workspace. When the image is tilted to the side in the program, it becomes a line. Hence, it is referred to as “flat”.

In most of the sessions, the thickness of the products are measured using the tomographic method, and thus two-dimensional. One of the primary disadvantages of 2D measurement is the report cannot provide a real-time volumetric imaging. However, 2D imaging helps to identify mitral value from the ventricular perspective.

Our 3D scanning services provided by our 3D scanning instruments can capture 3D measurements from objects as small as die and as large as 320m windmill blade. Our 3D scanners can capture real-world objects or surroundings and are later utilized to analyze or remodel as required by the clients.

We can also provide complete or partial 3D scanning services to provide 3D measurements of any physical objects to cater to any special requests. Most of our devices can generate measures or points with exceptional high density and can create unlimited 3D digital data. Hence, major problems dealt with traditional “point-by-point” measurement are eliminated.

With our latest and updated software, our highly skilled engineers can extract data from the source and reconstruct it into CAD or CATIA format for Rapid Prototyping or Reverse Engineering. This helps to lay the foundation to analyse the model, design and measurement for better results.

3D Scanning Brands

At ADR Engineering, we could provide 3D Scanning services through:

• API with Scanner
• Romer – Hexagon Scanning Arm
• All 3D Measurement services are provided with the latest version of the software

ADR Engineering 3D Scanning Advantages

STP scanning chart in Polyworks

• Parametric Modelling and Analysis through CAD
• Provides Volumetric Inspection Data
• Provides True Co-Planarity Inspection Capability
• Absolute Detection of Lifted Leads and Devices
• Surface Point Inspection

How 3D Measurement Works

3D Scanners collects the 3D measurement data of the physical objects as per size and shape. The engineers use the data to analyze and construct 3D models with high-density point clouds or triangle meshes. Using the software for 3D Scanners, the engineers analyse the scan data by correcting errors, fill holes and improve overall quality. The data will be extracted for 3D CAD Modelling. They can use this file for reverse engineering or quality control.

Industries Serving

• Automotive
• Aerospace,/
• Railway
• Military & Defence
• Commercial, Heavy Vehicles & Earth
• Wind Energy
• Ship Building
• Machine Calibration
• Robotics Calibration
• Turbines & Generators
• Construction
• All Types Of Machinery and Equipment

With state-of-the-art Laser Trackers in India, ADR Engineering can adapt and perform laser survey with extreme accuracy. With over 500+ successful projects across India, we provide services to all the manufacturing industries in India. Our Laser Trackers can measure objects up to 320 meters for any component. ADR Engineering provides on-site and off-site services across the globe with the latest machines, updated software, and skilled engineers.

Targeting accuracy and precision, ADR Engineering can provide CAD based analysis, measurements and solutions for all your projects in flexible timings.

Load Testing using Laser Tracker

ADR Engineering also provides Load Test support across India with the best Laser Tracker and software support. With the best knowledge and experience in the business, our engineers can handle all complex projects related to load test.

Levelling using Laser Tracker

Unlike other levelling with less (thread) High accuracy, range

Our Laser Trackers

• API RADIAN PLUS
• API OMNITRAC – 2
• LEICA AT402

How Laser Tracker Works

Laser Trackers also known as portable Coordinate Measuring Systems (CMS), measures the 3D coordinate positions of the component using Spherical Mounted Retro-reflector (SMR). Engineers place the SMR on the targeted areas of the component and program the Laser Tracker to read the measurement. The Laser Tracker then analyses the input data into the software.

Mechanism

Laser Tracker has two rotation axes (i) Horizontal Axis and (ii) Vertical Axes. When these two axes intersect at a given point, it acts as the origin for the SMR. The laser beam emerging from the Tracker hits the retro-reflector and reflects back to the Tracker. The reflected beam to the Tracker is sent to the Position Sensitive Detector (PSD).

After receiving the beam, the Tracker rotates and fixes the spot on the PSD and tracks the target using SMR. Thus fixing the distance in the software as X, Y, and Z value.

ADR Engineering Laser Tracker Inspection Advantages

• Measure objects up to a range of 320m
• Generate fast and accurate component cloud points with more productive solutions and accuracy
• Provides faster pick-up range with better reading capacity
• Portable and lightweight and can be placed anywhere in and outside the premises

ADR Engineering can process Reverse engineering using 3D scan data to generate CAD models for any physical object or free-form shape. Most of the complex surfaces processed through calipers for reverse engineering mostly result in an unreformed outcome. Through our latest scanning CMM, scan data can be processed into the required model matching with the original model.

ADR Engineering Reverse Engineering Advantages

• Processing scan data as required by the original design for the optimal desired result
• Make changes to an existing CAD model with different tolerance requirements
• Design any new object to fit with design accuracy
• Capturing the model surface with accuracy
• Convert your manufacturing process for a futuristic approach

Our consultative, problem solving process will help you quantify performance goals and ultimately get you the deliverable you need. Whether it’s a quick surface model or a fully parametric file, Laser Design has a solution that’s right for you. Our engineers have experience working with a wide variety of CAD packages and will deliver files in any format you need. Learn more about our 3D scanning services!

Accuracy in 3D scanning and modeling guarantees the results you need. We’ve produced 3D CAD libraries for many different clients, in multiple CAD formats.

Reverse Engineering services using CAD models:

• Rich media assets
• Suitable for publishing on your website and for your customers’ use
• Time and resource savers – giving you a huge marketing advantage
• Directly downloadable for your designs
• Usable in engineering, structure building, BIM and other types of projects for faster prototyping
• Useful for retrofitting, reverse engineering, and various types of simulations
• Reverse engineering services make simulations and physical calculations much easier

How Reverse Engineering Works

Reverse Engineering is a process that reconstructs an object that already exists. To simplify it, the Portable Scanning Arm creates the replica of the scanned object. The process helps to identify the components of the object to examine the relationship of how reverse engineering could work. The engineer analyses the already completed object in the opposite direction of how the object arrived, i.e., design specification.

Process

• Reverse Engineering process starts with capturing the 3D data by recording the information of the dimension of the object.
• After capturing the 3D data, the 3D is then converted into the model.
• Later, the converted data is remodeled into Mesh.
• After evaluating the Mesh data, it is converted into STL, IGS, or STP format.

ADR Engineering can process Reverse engineering using 3D scan data to generate CAD model for any physical object or of free-form shape. Most of the complex surfaces processed through callipers for reverse engineering mostly result in an unreformed outcome. Through our latest scanning CMM, scan data can be processed into the required model matching with the original model.

ADR Engineering Reverse Engineering Advantages

• Processing scan data as required by the original design for optimal desired result
• Make changes to an existing CAD model with different tolerance requirements
• Design any new object to fit with design accuracy
• Capturing the model surface with accuracy
• Convert your manufacturing process for a futuristic approach

Our consultative, problem solving process will help you quantify performance goals and ultimately get you the deliverable you need. Whether it’s a quick surface model or a fully parametric file, Laser Design has a solution that’s right for you. Our engineers have experience working with a wide variety of CAD packages and will deliver files in any format you need. Learn more about our 3D scanning services!

Accuracy in 3D scanning and modeling guarantees the results you need. We’ve produced 3D CAD libraries for many different clients, in multiple CAD formats.

Reverse Engineering services using CAD models:

• Rich media assets
• Suitable for publishing on your website and for your customers’ use
• Time and resource savers – giving you a huge marketing advantage
• Directly downloadable for your designs
• Usable in engineering, structure building, BIM, and other types of projects for faster prototyping
• Useful for retrofitting, reverse engineering, and various types of simulations
• Reverse engineering services make simulations and physical calculations much easier

How Reverse Engineering Works

Reverse Engineering is a process that reconstructs an object that already exists. To simplify it, the Portable Scanning Arm creates the replica of the scanned object. The process helps to identify the components of the object to examine the relationship of how reverse engineering could work. The engineer analyses the already completed object in the opposite direction of how the object arrived, i.e., design specification.

Process

• Reverse Engineering process starts with capturing the 3D data by recording the information of the dimension of the object.
• After capturing the 3D data, the 3D is then converted into the model.
• Later, the converted data is remodeled into Mesh.
• After evaluating the Mesh data, it is converted into STL, IGS, or STP format.