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Atmospheric pressure plasma is used in wire bonding as a selective fine cleaning step to remove contamination and residues from the contact surfaces. In general, strong bonds between wire and substrate can only be achieved on clean contact surfaces (bond pads). Thus, plasma treatment has a considerable effect on the quality and consequently the reliability of the entire component. Together with TPT Wire Bonder from Karlsfeld and the joint partner Axend Pte Ltd., relyon plasma has investigated the effects of cold atmospheric pressure plasma on wire bonding with gold wire.

Neste and the Finnish industrial services provider Outotec have jointly demonstrated the suitability of Neste MY Renewable Isoalkane™ as a fully bio-based diluent for metal extraction in hydrometallurgical processes. The diluent is based on Neste's NEXBTL technology and is produced exclusively from bio-based waste and residues.

Innovations in Optics, Inc. introduces the Model 6000B-100, a compact, multi-wavelength LED solar simulator for PV manufacturers to test steady-state I-V measurements of photovoltaic devices. It meets Class AAA solar simulator requirements of IEC 60904-9 for spectral match, uniformity of irradiance, and temporal stability.

Xaar has launched its 5-step service for the evaluation of fluids for use in new product development and advanced manufacturing applications. The service aims to help companies establish the suitability of inkjet technology and fluids in new applications without incurring large upfront costs. To support the new service, Xaar has invested in a dedicated laboratory. This is equipped with a number of custom test rigs for sample production and fluid testing including a Notion Systems n.jet 3D printer.

Global technology Group Oerlikon, with vast expertise in materials, has entered into an additive manufacturing (AM) research alliance with Linde, the world’s largest industrial gases company, and the Technical University of Munich (TUM), one of the leading German universities in engineering. The partners aim to develop new high-strength, lightweight aluminum-based alloys that can serve the safety and weight reduction needs of the aerospace and automotive industries. The Bavarian Ministry of Economic Affairs is funding 50% of the EUR 1.7 million research project.

Solutions for automotive, electrical and electronics, rail and more using Clariant’s industrial 3D printing materials will be displayed

Launch of Clariant’s new Exolit® based flame retardant material compliant with EN 45545-2 and NFPA 130
At Booth 12.1-B111 Clariant will show its industrial range of 3D printing materials and be on hand to discuss customer needs

Game-changing new technologies are driving the biggest transformation that the automotive sector has seen in 100 years. The car of the future will be electrified, connected to its environment, autonomously driven, and even shared among several users.

SABIC, a global leader in the chemical industry, was spotlighting at Formnext 2019 (Hall 12.1, B61) its diverse and expanding collaborations that deliver value to customers by providing the company’s specialized materials at various points throughout the global additive manufacturing value chain. The company’s goals for these collaborations are to foster innovation and steadily expand application development opportunities for additively produced parts. To that end, SABIC is well positioned to supply a variety of unique material chemistries that can address critical customer and value chain partner challenges in additive manufacturing.

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