Suitable for all common wire bonding processes. Largest working area on the market: 1,130 mm (X) x 700 mm (Y); 44" x 27". Robot arm guides bonding head completely vibration-free over the entire working area. Access to the working
A Single-row TO series special wire bonding machine; GR-W02 is a wire bonding machine suitable for power devices, the product is compatible with single row to multi-row ultrasonic
Wire bonding is a common method of connecting integrated circuits and packaged devices/chips with metal wires. We offer a slightly different wire bonding technique using solder, called ''wire
Table Top manual Wire Bonders Machine – by Micro Point Pro With over 40 years of wire bonding experience, the current range of MPP (formerly K&S) manual wire bonder''s includes the i5000 Ball Bonder, i5000 Wedge Bonder,
New energy power batteries, photovoltaic inverters, automotive electronics, energy storage, IGBT, BMS battery safety control boards, etc Product. Phone: +86 13534081167. Email:
Integrated circuit (IC) X-ray wire bonding image inspections are crucial for ensuring the quality of packaged products. However, detecting defects in IC chips can be challenging due to the slow defect detection speed and the
Table Top manual Wire Bonders Machine – by Micro Point Pro With over 40 years of wire bonding experience, the current range of MPP (formerly K&S) manual wire bonder''s includes
Wire bonding. Wire bonding can be described as an ultrasonic and compression process in which a combination of time, ultrasonic energy and pressure is used to create an intermetallic bond between the wire and the contacts. The wire is
Ultrasonic bonding is a wire bonding process that uses high-frequency mechanical vibrations to create a bond between the wire and the bond pad. Ultrasonic bonding applies this energy with a tool called a sonotrode,
The positions to the reference points relative to the location of the bonding pads is stored in the bonding machine’s computer memory, so that once aligned (registered), the machine automatically bonds all connections according to a pre-programmed sequence at rates over 15 bonds per second.
Wirebonded interconnects are usually applied to perimeter bonding pads on ICs. These perimeter bonding pads are located over non-active regions of the chip, thus preventing any damage to the IC, due to forces associated with the bonding process.
Automatic wirebonders use pattern recognition to locate the bonding pads on both the chip and the package or substrate; and then, under complete computer control, the machines automatically bond all connections at rates exceeding 15 wirebonds (30 welds) per second. Position accuracies at those bonding rates are typically ±2.5 to ±3 μm.
Manufacturing Costs: Wire bonding machines vary in cost depending on their level of automation. Manual or semi-automated machines can cost tens of thousands of dollars and are suitable for smaller-scale or prototype production, whereas fully automated machines can cost hundreds of thousands of dollars and are essential for large-scale production.
Wire bonding is, by far, the most dominant form of first-level chip interconnection method. Many trillions of wirebonds are made annually. This staggering number of wirebonds accounts for over 90 percent of all first-level interconnects (chip to package or chip to board) produced in the world.
Conventionally, a wire bonder has been widely used as a machine for connecting electrical signals. The connecting demand will never go away, and in fact, it has propelled us to create a wire bonder that can place and shape wires freely.
We are deeply committed to excellence in all our endeavors.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.