DTT 800

dtt800

DTT 800

The DTT 800 machine, a specialized Reel-to-Reel re-worker tailored for the semiconductor industry. This sophisticated system efficiently processes semiconductor components by unwinding them from one reel, inspecting or modifying them, and then rewinding them onto another reel. Key features include a high throughput of up to 10,000 semiconductor units per hour, compatibility with various die sizes (ranging from 0.2 mm x 0.4 mm to 8 mm x 8 mm), 5S inspection principles, binning options, and advanced features like InTape NIR and a reel auto changer. The DTT 800 optimizes semiconductor handling, making it indispensable in modern manufacturing.

Key Features

Reel to Reel Re-worker

The DTT 800 serves as a reel-to-reel re-worker, which means it processes semiconductor components by unwinding them from one reel, inspecting or modifying them, and then rewinding them onto another reel.

SUPH up to 10,000

The DTT 800 can process up to 10,000 semiconductor units per hour. This impressive throughput ensures efficient production lines.

Die Size: 0.2x0.4mm to 8x8mm

Die Size Compatibility: It accommodates a wide range of die sizes, spanning from tiny 0.2 mm x 0.4 mm to larger 8 mm x 8 mm dies.

5S Inspection

The system incorporates a robust inspection process, adhering to the principles of 5S (Sort, Set in order, Shine, Standardize, Sustain). This ensures consistent quality and minimizes defects.

Binning Options Available

The DTT 800 offers binning options, allowing you to categorize and sort semiconductor components based on specific criteria (e.g., performance, characteristics, or grade).

InTape NIR (Near-Infrared)

This feature utilizes near-infrared technology for precise detection and handling of components. It enhances accuracy during placement and inspection.

2ndTaper

The DTT 800 employs a secondary taper mechanism, ensuring smooth and controlled tape movement during the reeling process.

Reel Auto Changer

The system automatically switches between reels, streamlining the workflow and minimizing downtime.