Used SHINKAWA UTC-3000 #9354140 for sale

SHINKAWA UTC-3000
Manufacturer
SHINKAWA
Model
UTC-3000
ID: 9354140
Wire bonders.
SHINKAWA UTC-3000 is a high-precision bonder designed for a wide range of ceramic-to-metal, plastic-to-metal, and glass-to-metal joining processes. Built with enhanced advanced technology, SHINKAWA UTC 3000 has the capability of producing extremely accurate, repeatable, and reliable bonding results. It is equipped with SHINKAWA SmartCAM Software (SCS) to provide the user with optimal production parameters, real-time monitoring, and trouble shooting for all process components. UTC-3000 utilizes a hot melt diamond-tipped roller mounted on a stability carraige, equipped with an adjustable vertical clamps that ensure accurate positioning and bonding. With a powerful force of up to 7700N and a stroke rate of up to 1000N/S, it is able to produce high-quality bonds quickly and consistently. With its high precision temperature control unit (TCU), UTC 3000 monitors and maintains the exact melting point of the material so that exact bonding results are achieved every time. SHINKAWA UTC-3000 also boasts a unique feature which is the "Temperature Sealing Technology" that prevents the shrinkage in material with dissimilar melted points when the molten adhesives and materials cool off during the bonding process. This feature ensures materials stay securely in place for maximum bonding quality and reliability. SHINKAWA UTC 3000 is an ideal machine for wide range of industrial applications that require precision bonding of delicate small components such as those used in medical, electronics, automotive, and aerospace industries. It is built with a user friendly touch screen interface that allows for easy navigation through the intuitive software. UTC-3000 is a highly reliable and durable bonder that will provide accurate and consistent bonding results and is equipped with the most modern features. It is designed for seamless production and has excellent intelligence capabilities that allow for optimal bonding that is repeatable, reliable, and efficient.
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