for development and production of microchips WIRE BONDER Overview Wire and Die Bonders BONDING EXPERTS with motorized Z-Y-X axes and bond head rotation AUTOMATIC WIRE BONDER with motorized Z- & Y- axes HEAVY WIRE BONDER for placing microchips DIE BONDER MadeinGermany Munich City NEUSCHWANSTEIN OKTOBERFEST Trade Fair Time is Travel Time. Tobias Hickmann have a look at our bonders live - for example at World’s leading trade fair for electronics development and production Exhibitions Heater Stages and Work Stages Bond Tools and Wires Applications Wedge and Ball bonding TPT Service Video Trainings and Demos TPT Wire Bonder HB02 Wire Bonderwedge-wedgeDownload Datasheet HB02 HB05 Wire Bonderwedge-wedge & ball-wedgeDownload Datasheet HB05 HB16 Wire Bonderwith motorized Z- & Y- AxisDownload Datasheet HB16 HB100 R&D Wire Bonderwith all Axes motorized and Bond Head RotationDownload Datasheet HB100 R&D HB100 Automatic Wire Bonderwith motorized Z-Y-X Axis and Bond Head RotationDownload Datasheet HB100 HB30 Heavy Wire Bonderwith motorized Z- & Y- AxisDownload Datasheet HB30 HB75 Die Bonderwith motorized Z - AxisDownload Datenblatt HB75 Assembly ServicesFor more information contact us! Applications Read More Services Read More Heaterstages Read More Tools Read More Wire BondingWire Bonding TechnologieFor decades ultrasonic and thermosonic wire bonding has become one of the most important processes in microelectronic packaging, due to its high flexibility and cost-efficiency. It is used to interconnect all kinds of microelectronic parts like semiconductor devices, chips, LEDs, PCBs, and so on. The process itself uses ultrasonic, pressure, and temperature to weld metal wires to dedicated bonding pads. The intermetallic connection is made without melting the materials, therefore wire bonding is referred to as “cold welding process”. There is a numerous amount of wires and tools available matching all kinds of specific needs. To match the technical needs of the finest IC up to high-power electronics, the wire bonding spectrum reaches from ultra-thin round wires (12 µm diameter) to heavy ribbon wires with cross sections of up to 200x2000 µm2. While wedge-wedge bonding is available for heavy and thin wire bonding, the ball-wedge bonding process is exclusively done with thin wires. TPT Applications TPT wire bonder are made in Germany and are used in the development and production of microchips.Bonding ExpertsOur goal is to support developers in realizing new ideas and applications for microelectronics. Our customers are startups, universities and large corporations, in more than 60 countries around the globe. TPT and its Distribution PartnersGlobal, Competent, Family About TPT Read More Distributors Read More Wire Bonding with the HB100Wedge Bonding Ball Bonding Bump Bonding info@tpt.de Youtube Channel Close | ✕ By loading the video, you agree to YouTube's privacy policy.Learn more Load video Always unblock YouTube Microelectronics Assembly TPT Services Wire Bonding Wire Bonding Technologie For decades ultrasonic and thermosonic wire bonding has become one of the most important processes in microelectronic packaging, due to its high flexibility and cost-efficiency. It is used to interconnect all kinds of microelectronic parts like semiconductor devices, chips, LEDs, PCBs, and so on. The process itself uses ultrasonic, pressure, and temperature to weld metal wires to dedicated bonding pads. The intermetallic connection is made without melting the materials, therefore wire bonding is referred to as “cold welding process”. There is a numerous amount of wires and tools available matching all kinds of specific needs. To match the technical needs of the finest IC up to high-power electronics, the wire bonding spectrum reaches from ultra-thin round wires (12 µm diameter) to heavy ribbon wires with cross sections of up to 200x2000 µm2. While wedge-wedge bonding is available for heavy and thin wire bonding, the ball-wedge bonding process is exclusively done with thin wires. Go to Applications