R-Tech 15-110AC-FC-B-H-CS Vibratory Bowl Feeder with Integrated Hopper, 900 lbs Capacity

The R-Tech 15-110AC-FC-B-H-CS Vibratory Bowl Feeder with Hopper is engineered for precise and efficient automated small parts feeding, widely adopted in industrial automation, pharmaceutical packaging, electronic assembly, and biotechnology manufacturing lines. This vibratory feeder employs a spring-loaded bowl vibrating vertically to facilitate the gentle transportation and precise orientation of bulk materials.

Key technical features include:

• Output rate up to 1600 parts per minute, enabling high-throughput workflows critical for molecular diagnostics and bioprocessing automation.
• Integrated hopper ensuring a constant, uninterrupted supply of parts, essential for continuous biomanufacturing and synthetic biology assembly lines.
• Compact and self-contained design ideal for space-limited laboratory and production environments focused on live-cell imaging and cell sorting instrumentation.
• Rated at 110V, 60Hz power input, compatible with standard US electrical infrastructure.
• Manufactured in January 2021, weighing approximately 490 kg (1080 lbs), highlighting robust build quality suitable for industrial and biotechnological research settings.

This vibratory feeder is crucial for applications requiring consistent small parts orientation and delivery, making it indispensable in biomedical engineering, clinical diagnostics, and gene editing production platforms. It supports automation processes that reduce manual handling errors, improving workflow efficiency in molecular cloning and biopharmaceutical pipelines.

Technician notes: The unit is preowned with minor cosmetic wear but remains fully intact and free of known functional issues. Due to lack of power setup, function testing was not performed; however, the feeder is suitable for integration into existing automation and synthetic biology research workflows requiring reliable parts feeding solutions.

This equipment fits the harmonized code 84798997, categorized under machines with specific individual functions for parts feeding and automation, emphasizing its role in industrial and research laboratory automation.