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Wafer Probing Machine Tester with the X12 | SEMISHARE

The X12 semi-automatic wafer probing machine tester,a powerful wafer probing solution which can work 7*24 hours at -60℃ to 300 ℃ to meet customers' unique testing needs.

SEMISHARE: Revolutionizing Semiconductor Testing with Advanced Wafer Probing Solutions

In the ever-evolving landscape of semiconductor manufacturing, the demand for precise, efficient, and reliable testing solutions has never been greater. SEMISHARE stands at the forefront of this technological revolution, offering cutting-edge wafer probing, wafer prober tester, and wafer probing machine technologies that are reshaping the landscape of semiconductor testing. Our commitment to innovation is evident in our state-of-the-art solutions designed to meet the most stringent demands of modern semiconductor research and production.

Understanding Wafer Probing: The Foundation of Semiconductor Quality Assurance

What is wafer probing? At its core, wafer probing is a critical process in semiconductor manufacturing that involves electrically testing semiconductor wafers before they are diced into individual chips. This essential step ensures the functionality and performance of each device, playing a pivotal role in identifying defects and maintaining the highest standards of quality in semiconductor production.

SEMISHARE's wafer probing solutions take this concept to new heights, offering unparalleled precision and efficiency in semiconductor testing. Our advanced wafer probing technologies integrate cutting-edge automation with high-precision measurement capabilities, allowing for rapid and accurate testing of complex semiconductor devices.

The Evolution of Wafer Prober Testers

The wafer prober tester has come a long way since its inception. SEMISHARE's latest wafer prober tester models represent the pinnacle of this evolution, incorporating advanced features that significantly enhance testing capabilities:

1. Multi-Site Testing: Our wafer prober tester can simultaneously test multiple dies on a wafer, dramatically increasing throughput.

2. Adaptive Testing Algorithms: The wafer prober tester can adjust testing parameters in real-time based on initial results, optimizing the testing process for each unique device.

3. Integrated Data Analytics: Our wafer prober tester includes powerful analytics tools, providing in-depth insights into device performance and helping identify trends and potential issues early in the production process.

4. Advanced Probe Card Compatibility: SEMISHARE's wafer prober tester is designed to work with a wide range of probe card technologies, offering flexibility in testing approaches.

The Wafer Probe Test Process: A Symphony of Precision and Efficiency

The process of wafer probe test is a sophisticated dance of technology and precision. It begins with the careful mounting of the wafer onto a specialized probing station. SEMISHARE's wafer probing machine is engineered to handle this delicate process with utmost care, ensuring the wafer's integrity throughout the testing procedure.

Once mounted, the wafer prober tester aligns the probes with the wafer's test pads using advanced optical recognition and alignment systems. This crucial step is where the precision of SEMISHARE's technology truly shines, ensuring accurate contact even with the smallest of test pads.

With alignment complete, the wafer probing machine conducts a series of electrical measurements as defined by the user. These tests can range from basic parametric measurements to complex functional assessments, all executed with the high precision and speed that SEMISHARE's technology is known for.

Advancements in Wafer Probing Machine Technology

SEMISHARE's wafer probing machine technology has seen significant advancements in recent years:

1. Enhanced Precision: Our latest wafer probing machine models offer positioning accuracy down to the sub-micron level, crucial for testing the latest generation of semiconductor devices.

2. Improved Environmental Controls: The wafer probing machine now incorporates advanced temperature and humidity control systems, ensuring consistent test conditions across long test runs.

3. Increased Automation: SEMISHARE's wafer probing machine features enhanced automation capabilities, reducing the need for manual intervention and minimizing the risk of human error.

4. Advanced Imaging Systems: Our wafer probing machine includes high-resolution imaging systems for real-time observation and analysis of the probing process.

5. Integrated Fault Detection: The wafer probing machine now includes sophisticated fault detection algorithms, identifying potential issues before they can impact test results.

The Role of Probes in Semiconductor Testing

A probe in semiconductor testing is more than just a simple contact point. It's a sophisticated tool designed to transmit electrical signals to and from the device under test with minimal interference. SEMISHARE's probes are engineered for optimal performance, ensuring reliable contact and accurate measurements across a wide range of testing scenarios.

Our probe technology stands out for its:

1. High-precision tip geometry for accurate contact

2. Advanced materials for durability and consistent electrical properties

3. Customizable configurations to meet specific testing requirements

4. Compatibility with a wide range of test parameters and conditions

The Probing Process: A Delicate Balance of Technology and Technique

The probing process is a meticulous procedure that requires both advanced technology and skilled execution. SEMISHARE's wafer probing solutions are designed to streamline this process, offering:

1. Automated alignment systems for precise probe positioning

2. Real-time force feedback to ensure optimal contact pressure

3. Multi-site probing capabilities for increased throughput

4. Advanced imaging systems for accurate pad recognition and probe placement

What Does a Wafer Prober Do?

A wafer prober is a sophisticated machine designed to perform detailed electrical measurements on semiconductor wafers. SEMISHARE's wafer prober goes beyond basic functionality, offering:

1. High-speed testing capabilities for increased productivity

2. Wide temperature range testing for comprehensive device characterization

3. Integration with various measurement instruments for versatile testing scenarios

4. Advanced data analysis tools for real-time performance evaluation

The Wafer Tester: A Critical Tool in Semiconductor Manufacturing

A wafer tester is an essential device in the semiconductor manufacturing process, used to evaluate the electrical characteristics of semiconductor wafers. SEMISHARE's wafer tester technology offers:

1. High-precision measurement capabilities across a wide range of parameters

2. Flexible test program development for customized testing requirements

3. Integration with automated handling systems for high-volume testing

4. Comprehensive data logging and analysis for quality control and process improvement

Understanding the Prober: The Heart of Wafer Testing

A prober is the core component of any wafer testing system. It's responsible for making contact with the wafer's test pads and facilitating the electrical tests. SEMISHARE's probers are designed for:

1. High-precision positioning for accurate contact

2. Stable operation for consistent measurements

3. Compatibility with various probe card technologies

4. Easy maintenance and calibration for long-term reliability

The Wafer Probing Machine: A Marvel of Modern Engineering

SEMISHARE's wafer probing machine represents the pinnacle of semiconductor testing technology. This advanced system integrates multiple technologies to provide a comprehensive testing solution:

1. High-speed wafer handling for improved throughput

2. Precision probe alignment for accurate measurements

3. Advanced environmental controls for testing across a wide temperature range

4. Integrated data management systems for comprehensive test reporting

How Are Wafers Tested? The SEMISHARE Approach

SEMISHARE's approach to wafer testing combines advanced technology with efficient processes:

1. Automated wafer loading and alignment using our state-of-the-art wafer probing machine

2. Precision probe contact using advanced force control systems integrated into our wafer prober tester

3. Comprehensive electrical testing using our wafer probing machine's integrated measurement instruments

4. Real-time data analysis and reporting for immediate quality assessment, a key feature of our wafer prober tester

SEMISHARE's X Series Semi-Automatic Probe Station: Setting New Standards in Wafer Testing

The X Series Semi-Automatic Probe Station represents the culmination of SEMISHARE's expertise in wafer probing technology. This integrated and highly efficient wafer probing machine is specialized in testing the performance of various advanced chips, offering:

1. Versatile functionality, including electric, optical, and microwave testing capabilities

2. Industry-leading temperature range (-60°C to 300°C) for comprehensive device characterization

3. Superior test accuracy for reliable results

4. Customizable configurations to meet specific testing requirements

Technical Highlights of SEMISHARE's Wafer Probing Solutions

1. Efficient CHUCK System: Our wafer probing systems, including our advanced wafer prober tester, increase test efficiency by more than 40%, with a running speed exceeding 70mm/s and motion precision of 1 micrometer.

2. Advanced Imaging Technology: We incorporate industry-leading three zoom microscope views with high-speed CCD and high-precision cameras for precise positioning and high-definition imaging in our wafer probing machine.

3. Innovative CHUCK Module Design: Our unique Chuck XY axis design ensures higher motion precision and stability in our wafer prober tester, with a larger rotation angle range for more flexible and convenient operation.

4. O-type Needle Seat Platform: Our wafer probing machine design allows for the placement of up to 12 needle seats, increasing testing efficiency by 50%.

5. Proprietary Airfilm Shock Absorption System: This system ensures stable operation and precise control of the platform's moving parts in our wafer prober tester, even at high speeds.

6. Advanced Anti-interference Shielding System: Our closed shielding cavity reduces system noise and blocks interference effectively, providing a superior test environment for weak electric signal testing in our wafer probing machine.

7. Software Integration: SEMISHARE's wafer prober tester and wafer probing machine come with advanced software that allows for easier control and data analysis, streamlining the testing process.

8. Customization Options: Our wafer probing machine and wafer prober tester can be customized to meet specific testing needs, ensuring that our clients have the exact tools they need for their unique applications.

Conclusion: SEMISHARE's Commitment to Advancing Semiconductor Testing

In the dynamic field of semiconductor technology, the ability to perform precise and reliable wafer probing is becoming increasingly crucial. SEMISHARE's comprehensive range of wafer probing, wafer prober tester, and wafer probing machine solutions offers semiconductor manufacturers and researchers the tools they need to push the boundaries of device performance and reliability.

Our commitment to innovation, precision, and customer support positions SEMISHARE as a trusted partner in the semiconductor industry. By continually advancing our wafer probing technologies, including our state-of-the-art wafer prober tester and wafer probing machine, we enable our clients to stay at the forefront of semiconductor development, driving progress in fields ranging from consumer electronics to advanced computing systems.

Whether you're developing cutting-edge processors, high-performance memory devices, or next-generation sensors, SEMISHARE has the wafer probing solutions you need to ensure the quality and reliability of your innovations. Our wafer prober tester and wafer probing machine are designed to meet the most demanding testing requirements, providing the accuracy and efficiency needed in today's fast-paced semiconductor industry.

Visit https://www.semishareprober.com/ to discover how our advanced wafer testing technologies, including our cutting-edge wafer prober tester and wafer probing machine, can elevate your semiconductor research and production capabilities, propelling your success in this dynamic and challenging industry. With SEMISHARE's wafer probing solutions, you're not just testing semiconductors – you're shaping the future of technology.

Product Overview Functional structure Specifications Download Video
X Series Semi-Automatic Probe Station

Product Overview

X series is an integrated and highly efficient semi-automatic wafer probe platform that is specialized in testing the performance of various advanced chips. It integrates various functions such as electric light wave and microwave, etc. It has the highest temperature width and test accuracy in the industry at present, and can match various test application environments, providing reliability wafer testing within -60 ~300 wide temperature range. ***Custom design solutions for special dimension or performance are possibile on request***

Basic Information

Product number X6/X8/X12 working environment Open type
electricity demand 220V,50~60Hz Control method Semi-Automatic
Product Size 1060mm*1610mm*1500mm equipment weight About 1500 kg

Application direction

Equipment professional deal with 12 "8" 6 "wafer Si/GaN/SiC and other kinds of devices of advanced chip performance test, can be equipped with corresponding instruments and meters, for the I - V C - V light RF signal character such as 1 / f noise analysis, feature-rich devices, scalable high-power wafer test RF test automatic test, and can load temperature control system, satisfy the customer in the high and low temperature environment of all kinds of wafer device performance test requirements.

Technical characteristics

The industry's most efficient CHUCK system, test efficiency increased by more than 40%

● The industry's most efficient CHUCK test system running speed & GT;70mm/s, motion precision 1 m, while moving the translocation time index time 500ms, excellent system operating parameters have reached the highest level of the industry, ultra-high test accuracy and efficiency to meet all kinds of wafers and devices of high repeatability and stability test, compared with other probe brands in the industry, the test efficiency is effectively increased by more than 40%. ●-60 ~300 is the highest temperature wide area in the industry, with temperature control accuracy and stability better than 0.08, providing reliability wafer testing in high and low temperature environments. ●The compact structure design of four-dimensional motion with low center of gravity ensures the motion speed of 70mm/s while maintaining the stability of motion acceleration and deceleration.

Industry leading 3 times imaging technology

Built-in SEMISHARE patent more than three zoom microscope view three times with JiaoGuang road system, 120 x 2000 x variable times optical amplifier, size view shows at the same time, more can make the point needle and convenient operation, double Basler 2 million pixels high speed CCD 23 "display and Mituyoyo high precision high resolution camera, precision positioning of high stability high definition, image output and high precision measurement and dynamic monitoring.

Auxiliary CHUCK module silicon wafer safe upper and lower

●The unique Chuck XY axis design in the industry has changed the common phenomenon that the probe system of other brands in the market is affected by the resistance of laminated plates in different directions and sizes, leading to the decline of motion stability.This ensures that the XY axis is not affected by the laminate when moving, making the motion precision and stability higher. ●Compared with other brands in the industry, the probe table cavity of SEMISHARE can be opened once and pulled out the entire Chuck mechanism to load and load silicon wafers at a speed of 370mm with a long stroke. The manual feeding of the Wafer is more convenient and faster.Meanwhile, the Chuck's rotation Angle range is larger, which requires lower demand for manual laying wafer, and the operation is more flexible and convenient.

Design of O-type needle seat platform

The probe testing system adopts the O-type needle seat platform design, which makes the most efficient use of the space of the needle seat, up to 12 needle seats can be placed at the same time. Compared with other probe brands in the market, the number of the needle seat is increased by 50%, effectively realizing more efficient and rapid testing.

Air film shock absorption system

The industry's unique internal integration of high-performance air film shock absorption system and the dual design of the external isolation barrier, effectively avoid the vibration caused by the operator's touch;In addition, a long-aging casting is used as the substrate to suppress the vibration in the process of motion at the fastest speed of 1S in the industry to ensure the stable operation of the equipment, and to ensure that the screen does not shake when the image is enlarged at 2000X;At the same time, the high-precision control valve ensures that the height error of the moving part of the platform is 0.1mm, effectively realizing the test ability of fast DIE to die, ensuring that the whole system can still maintain a stable running state when moving at a high speed, and greatly improving the test efficiency.

Anti-interference shielding system

Anti interference EMI/Spectral noise/external light closed shielding cavity, cavity with the surface of conductive oxide and nickel plating process, to ensure the conduction state between the parts so as to achieve the shielding effect, reduce the system noise, blocking interference effectively, and provide low leakage current protection, provides the best test environment for the weak electric signal test;At the same time, the closed chamber in the low temperature environment to avoid the test sample condensation, to ensure the wafer and device under the high and low temperature environment fast and safe reliability test.

Independent research and development of software integration system, more compatibility

●Support semi-automatic control (manual test or automatic test). ●Automatic Wafer calibration automatic Wafer mapping automatic die size measurement automatic align automatic test data can be accessed remotely. ●Automatic calibration of RF probe module with one key, automatic needle clearing function. ●One-key adaptive four-axis Chuck precision calibration, supporting micron pad point measurement. ●Single point or continuous testing can be supported. ● Strong data storage capacity and data processing capacity. ●The bin value can be divided to determine the device NG. ●Multi-system integration to upgrade the operating system application system and device test system independently. ●Intuitive and simple operation design, quick and easy operation, effective saving operation training time.

Flexible optional configuration and extension

Convenient instrument access and support system automatic expansion and upgrade, temperature control system loading;There are also a variety of test modules available. According to the test module, it can be used together with a variety of positioner fixtures, needle CARDS and probe tables, such as six-axis positioner RF cables.Many system operating parameters and features reach the highest level of the industry, can meet your different test needs, but also an ideal choice for more industry customers a semi-automatic probe table equipment.

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