Sintering Systems - NDC International

Fully-automatic Ag sintering systems offering the absolute highest throughput available on the market
Capable of sintering a wide range of different devices: LEDs, Power Devices Clip/heatsinks assemblies, solar (CVP) cells, custom designed power modules and more
Largest sinter area – 350 x 270 mm
Precise process-control and monitoring
Systems can be equipped with a large variety of sintering tool concepts
The Inline-F-XL is an economic sinter system designed to fit into your automated assembly line
The fully-automatic Inline-F-XL-HC can be integrated into your automated assembly line and is equipped with preheating and cooling stations
The fully automated and stand-alone Auto-F-XL-HC works from cassette input to cassette output and is equipped with preheating and cooling stations
Dynamic insert control unit for controlled and predictable bond strength
Oxidation prevention systems available

The most universal semi-automatic sintering system for all your green, lead-free die attach technologies
Silver sintering is a new die attach technology offering a void-free and strong bond with high thermal and electrical conductivity, resulting in high yield and high reliability
Sinters a wide range of different devices including led, power, igbt, qfn, clip/heatsinks, thyristor and custom designed power module devices
The Sinterstar Innovate-F-XL offers the largest sinter area (350 x 270 mm) and precise temperature control up to 320 C
Our unique high-precision dynamic-insert pressure-control technologies allow you to sinter multiple dies with different die thicknesses resulting in a controlled and predictable bond strength
Top film protection

Ag sintering requires highly-customized tooling solutions
Boschman offers a wide range of Sintertool solutions that fit on all of their sintering systems
The core technology is dynamic insert technology (patented) which provides flexibility and maximum control
The sintering pressure is precisely controlled and monitored during the complete sintering process and is programmable via the MMI (man-machine-interface)
Dynamic controlled inserts automatically compensate for die height differences, resulting in a controlled and predictable sinter force