FINEPLACER® coreplus Hot Air SMD Rework Station The All-Round Solution Unique FINEPLACER® working principle Full hot air rework system Industry-leading thermal management In-situ process observation in HD Data/media logging and reporting function Full process access & easy visual programming with touch screen interface Sequence control with predefined parameters

Placement accuracy better 10 µm Rework on high density PCB's or applications with high accuracy demands Versatile machine platform Combines all process steps of a SMT production line for rework in OEM quality Customer specific tooling Universal and component specific tooling to ensure advanced rework capabilities without limitations Overlay vision alignment system (VAS) with fixed beam splitter Precise visual alignment of chip and substrate Excellent contrast values with different materials for best visibility and recognition Full process access and easy programming Flexible and intuitive process...

Modules & Options » Bar Code Reader (SmartIdent) » Component Presentation » Direct Component Printing Module » Dispense Module » Hot Gas Bottom Heating Module » Manual Dipping Unit » PCB Support » Process Gas Switching Module » Process Start Sensor Process Video Module Dispense Module » Process Video Module » Reballing Module » RGW - Illumination » Solder Removal Module » Split Field Optics » Substrate Support » Target Finder » Top Heating Module (Hot Gas) » Touch Screen (SmartControl) Process Start Sensor

Hot Gas Technology With hot gas (convection heating), the components and assemblies are heated uniformly, regardless of their color and surface finish. The air flow can be precisely directed to the soldering point, i.e. the energy is input only where needed. This is achieved by using component-specific soldering tools, which act as an interface between the machine and the assembly. They allow processing most SMD components on the market and at the same time protect surrounding components from overheating. Very steep heating and cooling ramps can be driven, which enable shorter cycle times and...