Used INLINE SMT GBC-460-1000 #9002915 for sale

INLINE SMT GBC-460-1000 is a state-of-the-art pick and place equipment designed for automated PC board assembly and manufacturing. It is specifically designed to handle large and complex orders quickly and efficiently. The system has a maximum capability of up to 1000 components per minute, making it a powerful and reliable machine for production of intricate PCBs. GBC-460-1000 has a unique spindle design of up to 14,500 rpm, allowing it to accurately complete higher speed assembly operations. This makes it ideal for installing both through-hole components as well as surface mount components in the same job. The placement accuracy is 0.1 mm, and it guarantees a high level of quality and reliability to the assembled PCBs. The unit also has a highly precise look ahead vision machine that can identify components and direct the placement nozzles for optimal performance. It has memory functions for quick recall of commonly used parts and components, and automated feeders to make the overall process more efficient. INLINE SMT GBC-460-1000 tool is designed to operate within a clean environment, and is fitted with an advanced asset of extraction tools and filters to help keep it properly supplied with clean, uncontaminated air throughout the production process. GBC-460-1000 also has an easy to use 7" touch screen which allows users to select the desired program settings and monitor job progress in real time. The programability makes for an extremely efficient and efficient model, reducing labor costs and off-shoring in the manufacturing sector. Overall, INLINE SMT GBC-460-1000 is a reliable and robust equipment for automated PC board assembly and manufacturing operations. It has high-speed placement accuracy and a vision system for optimal performance, as well as a range of features to ensure clean, efficient production processes. The unit is designed for fast, accurate assembly of both through-hole and surface components, allowing for higher volume production with efficient results.