TDM Topography
Deformation Measurement Technology
Assessing, simulating, and predicting the behavior of complex devices under thermal stress
Improve your measurement accuracy and reliability with TDM by Insidix's advanced warpage measurement system. Our cutting-edge technology utilizes phase shifting Projection Moiré, advanced 3D sensors, and temperature chambers that can endure extreme temperatures ranging from -65°C to 400°C.
Our state-of-the-art system is perfect for various industries including semiconductor, medical, automotive, aerospace, and electronics. So, whether you need to conduct research and development, quality and reliability testing, process development, or failure analysis studies, our system is the ideal solution for your needs.
TDM Characteristics
TDM's thermal warpage measurement equipment is a testament to its strength and cutting-edge technology. It offers precise, state-of-the-art solutions for measuring and understanding thermal warpage in materials and components.
<1 µm Accuracy
-65°C to 400°C Temperature Range
Patented Scanning + Multi-Scale Imaging
CTE + Strain Measurements
Application Studies
The TDM equipment offers versatile capabilities, allowing us to tackle a wide range of semiconductor applications. Our systems deliver exceptional results in application studies, demonstrating the robustness and reliability of our technology.
TDM Systems
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![Industrial TDM machine with control panel, bearing a white and blue color scheme.]()
COMPACT-3
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![Industrial machine labeled TDM by INSIDIX with a control panel and indicator lights.]()
COMPACT-3 XL
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![Industrial machine labeled TDM Compact II with a computer monitor attached, featuring blue and white panels and control buttons.]()
CPT-2
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![Industrial machine with blue and white casing, control buttons, and warning signs.]()
Tabletop
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![Illustration of industrial robotic arms and a person working at a workstation with robotic equipment for automation and manufacturing.]()
RT - 3D Systems
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![Laboratory heating device with an orange spiral heating element.]()
TDM-OCT
Our Technology
Phase Shifting Projection Moiré
High Precision Imaging: Phase shifting Projection Moiré technology offers exceptionally high precision in imaging by utilizing phase-shifting techniques. This allows for detailed and accurate measurements in surface profilometry and deformation analysis applications.
Non-contact Measurement: It is a non-contact measurement capability. The technology can be used to measure objects without physically touching them, reducing the risk of damage or alteration to delicate surfaces.
3D Surface Profiling: TDM technology excels in creating detailed 3D surface profiles. Projecting a series of fringe patterns onto an object and analyzing the resulting moiré patterns can generate comprehensive 3D surface maps, making it valuable for quality control and product development.
Versatility Across Materials: Phase shifting Projection Moiré technology is versatile and applies to a wide range of materials. Making it suitable for diverse industries, from manufacturing to biomedical research.
High-Speed Measurement: TDM phase shifting Projection Moiré is capable of high-speed measurement, making it suitable for applications where rapid data acquisition is crucial.
IR Thermal Chamber
Wide Temperature Range: Experience exceptional versatility with our thermal chambers, offering an extensive temperature range from -65°C to 400°C, providing optimal conditions for various applications.
Uniform Temperature Distribution: Benefit from high homogeneity and thermal stability, ensuring consistent and reliable results across your samples. Our thermal chambers maintain a precise and even temperature environment for accurate testing and experimentation.
Versatile Sample Size Compatibility: Accommodate a wide range of sample sizes, from as small as 0.5 x 0.5 mm to as large as 600 x 800 mm. Our chamber designs will meet the needs of various industries, allowing flexibility in the size and type of samples you can analyze.
Swift Temperature Transitions: Boost your efficiency with rapid ramp rates up to 6°C per second. Our thermal chambers are equipped with advanced technology to facilitate quick temperature changes, saving you valuable time during testing and experimentation.
Dependable IR Technology: Rely on the stability and precision provided by our thermal chambers, which incorporate reliable infrared (IR) technology. Ensuring accurate temperature control and monitoring, plus enhancing your thermal testing processes' overall performance and reliability.
