Used DAGE 4000 TP #171554 for sale

DAGE 4000TP is a fully automated, multi-function bonded microsection equipment. It is one of the most advanced and comprehensive tools for material and microelectronics analysis. It has been designed to give high quality and accuracy to a wide variety of materials including metals, plastics, ceramic, rubber and glass. 4000TP Bonding System is an easy-to-use tool that utilizes a variety of bonding techniques to produce multi-layer microsections in various materials. It features an advanced imaging unit with a 12 bit digital signal processor (DSP) and advanced imaging software, enabling higher resolution images than other systems. The machine also incorporates a number of control parameters to ensure quality and repeatability. A variety of bonding technique can be chosen, such as gas/flame and ultrasonic welding, welding with a cold soldering gun, as well as low temperature isothermal or thermosonic bonding. The key features of DAGE 4000TP include an auto-locking section clamp, enabling automated tissue sample preparation and an automated edge detector helps to ensure the correct position of the sample before imaging. A range of optical microscopy options are available to suit various applications including ultra-high-resolution optical imaging. This automated microsection tool offers a number of additional features. Its intelligent software can detect various defects as well as perform advanced image analysis. Its auto-leveling feature helps to ensure sample accuracy and repeatability. The high-power infrared laser can be used for angle cutting, line cutting and flat cutting. 4000TP also has a gold plating asset for producing high-quality gold connection wires. DAGE 4000TP is suitable for a wide range of laboratory applications and is a versatile and reliable solution for producing multi-layer microsections. With its automated control and high-level imaging software, it ensures consistent and accurate results. It is an ideal model for researchers and engineers needing to produce reliable, high-accuracy microsections and connections in numerous applications.