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The layout and operability of the NS series remain unchanged, achieving stable low-temperature measurements.
NS Technologies NS8080MT is a tri-temp handler that supports device measurements at low, high, and room temperatures. It employs a cooling system that does not require liquid nitrogen, achieving low running costs and stable operation.
Contributing to a manufacturing environment with frequent lot and variety changes! Detailed customization tailored to customer needs is possible.
The "TI-H220" is a tray-to-tray type handler that automatically transports various ICs stored in the supply tray, conducts electrical characteristic tests using a tester connected to this device, and classifies and stores the results into good and defective product trays based on the test results. Despite its compact body, which is among the smallest in the industry, it achieves high-precision handling through robust design and image recognition technology. Additionally, the adoption of a low-impact change kit that reduces shock loads during pressurization minimizes the burden on the devices. 【Features】 ■ Low noise design ■ Easy to relocate compact body ■ Suitable for small workpieces with stable repeatability ■ High precision and high speed ■ High-temperature testing support (optional) *For more details, please download the PDF or feel free to contact us.
A unique device handling technology that uses a voice coil motor to avoid giving excessive shock to the device.
Handlers can be broadly categorized into gravity type, horizontal type, and rotary (turret) type. Depending on the type of semiconductor device and package, the choice of handler plays a crucial role in reducing the time required in the semiconductor manufacturing process. Entering the 2020s, under the impact of the COVID-19 pandemic, the demand for semiconductors has changed significantly, leading to an imbalance between supply and demand and a noticeable shortage of semiconductor supply. As a result, semiconductor manufacturers are increasingly tending to expand their production lines. There are two methods to increase production volume: increasing the number of production lines and shortening the manufacturing time of each line. In this context, it is important to adopt a mindset that overturns traditional fixed notions. This document aims to serve as a catalyst for challenging those fixed ideas.
