ASM Wire Bonder AB550 is a high-performance ultrasonic wire bonder with many advanced functions and features.
Features
High-speed wire bonding capability: The AB550 wire bonder has high-speed wire bonding capability and can bond 9 wires per second.
Micro-pitch welding capability: The equipment has micro-pitch welding capability with a minimum welding position size of 63 µm x 80 µm and a minimum welding position pitch of 68 µm.
New workbench design: The workbench design makes welding faster, more accurate and more stable.
Large welding range: The effective wire bonding range is wide, suitable for a variety of product applications, and improves production efficiency.
"Zero" maintenance design: The design reduces maintenance requirements and reduces production costs.
Image recognition technology: The patented image recognition technology improves production capacity.
Application areas and advantages
AB550 wire bonder is widely used in the field of semiconductor packaging, especially in production environments that require high precision and high efficiency. Its high-speed wire bonding and micro-pitch welding capabilities give it significant advantages in the field of electronic manufacturing, which can significantly improve production efficiency and product quality. In addition, its ultra-large welding range and "zero" maintenance design further enhance its application value in industrial production.
The advantages of the ASM AB550 wire bonding machine mainly include the following aspects: Cost-effectiveness: The consumables cost of aluminum wire bonding is significantly lower than that of gold wire bonding, which makes the AB550 more economical in long-term use. Welding performance: Aluminum wire has low requirements for the surface of the welding metal. It can be welded by oxidation or electroplating, and the welding time is short. No flux, gas or solder is required, which further reduces the cost of use. High current carrying capacity: Aluminum wire has a thicker wire diameter and can withstand large currents. It is particularly suitable for welding power devices and is widely used in electronic devices that require high current output.