Designed for specialized Fuji pick-and-place applications, the 2026-5679 custom DX S1 base features a spring-loaded nozzle shaft, 8mm bellow suction cup, 16.05mm center spacing and ID dome clearance. Manufactured to customer specifications, the precision-machined component is designed to address specialized component handling and placement requirements not served by standard tooling.

Adding optional camera and monitor configurations to improve visibility during SMT and BGA rework, the TRIDENT benchtop rework station can be equipped with a top-mounted monitor and freestanding camera, while the INTRUDER hot-air BGA rework station adds a monitor capable of switching between split-vision and side-angle camera views. The INTRUDER also features a repositioned top-mounted computer monitor, while both systems are designed for component removal and replacement in precision rework applications.

Supporting large, heavy components for AI server and data center equipment, the NXTR and AIMEXR pick-and-place machines can handle components measuring up to 200 x 200mm and weighing 2.0kg in their standard configurations. The capability targets growing placement requirements for larger GPU, ASIC and HBM packages and co-packaged optics applications.

Designed for advanced electronics and AI hardware, the Dymax 9310 adhesive cures in seconds with light, delivering a streamlined alternative to traditional underfill. A secondary heat cure ensures full polymerization in shadowed areas, supporting consistent performance across complex assemblies.

It is formulated to flex under strain, helping absorb movement caused by thermal expansion and reducing stress on solder joints and components. Its combination of high elongation (145%) and controlled modulus allows the material to accommodate thermal and mechanical strain, helping maintain bond integrity over time in demanding environments.