SET – LDP150
The LDP150 is an electrical Press especially designed for bonding large light or radiation detectors (50 ~ 150mm). It uses compression process at room temperature (thermo-compression option available).
A predefined gap can be achieved between two components previously pre-bonded using a high accuracy device bonder such as the SET FC150. The devices are pressed together at room temperature while preserving the initial high accuracy alignment and parallelism.
The LDP150 is able to apply pressure up to 100,000N.
Applications
- Large infrared focal plane arrays
- Military and space applications
- Large XY, UV detector
Key Features
LDP150
- Self leveling sphere moving on air bearing and locked by vacuum preserves the initial parallelism of the component stack
- High force (up to 100,000N) and controlled force profile ensure bond join quality
- Granite base and rigid stiff steel structure maintain the initial high accuracy of the assembly
– XY : ± 1 µm
– Parallelism : ± 1 µm
– Independent of component size
Technical Specifications
Contact us for more information
Brand
SET, Smart Equipment Technology, is a world leading supplier of High Accuracy Flip Chip Bonders and versatile Nanoimprint Lithography (NIL) solutions. For 45 years, we have been designing and manufacturing semiconductor equipment dedicated to high precision applications.
We accompany laboratories and industries of semiconductor, which look for a high precision and an important reliability in the assembly of their components in their projects, and accelerate their developments of the chips of future thanks to our robust and precise flip-chip bonders.
With Device Bonders installed worldwide, SET is globally renowned for the unsurpassed sub-micron accuracy and the flexibility of its bonders. First introduced in 1981, the Flip-chip Bonder line became the primary focus of the company in 1997. Ranging from manual loading to fully automated version, our bonders cover a wide range of bonding applications and offer the unique ability to handle and bond fragile and small components onto substrate up to 300 mm.