Bin Lift

Description

The Bin Lift, or IBC Lift, by CDM is a sanitary post lift designed to safely raise and position IBCs for efficient discharge into downstream equipment. It minimizes dust in the workspace and keeps the production area clean. In addition, the custom IBC Cradle accommodates any bin for secure handling, ensuring stable operation. Furthermore, the Allen-Bradley control system provides smooth, precise performance with responsive monitoring. As a result, operators can rely on consistent and safe operation. Built to cGMP standards, this lift delivers reliability, safety, and hygiene in pharmaceutical and cleanroom environments.

IBC Nest

The IBC nest is fabricated from 304 stainless steel for durability and easy cleaning. Centering pads ensure that bins are placed centrally on the lifting nest every time. In addition, the low-profile design allows easy loading and unloading of bins using a standard pallet jack. Moreover, all surfaces are polished to a uniform brushed finish, welds remain pit-free, and all components are chemically cleaned to maintain hygienic standards.

Discharge Valve Integration

All Bin Lifts can be supplied with provisions for discharge valves, enabling seamless operation when raising vessels for discharge over downstream equipment, such as tablet presses and encapsulators. Furthermore, the valve discharge is controlled directly through the lift’s operator panel for fully integrated and precise operation. As a result, operators can safely manage the flow of materials without manual intervention.

Lifting Column

The column is built from 304 stainless steel and polished to a uniform brushed finish. All external welds are ground smooth to match the parent material. In addition, the motors, gearboxes, and electrical enclosures remain fully enclosed within the column. Therefore, the lift maintains a clean exterior and minimizes exposure to the production environment. As a result, operators benefit from both easy maintenance and long-term reliability.

Slue / Rotation

A TEFC electric gearmotor powers the column rotation, located conveniently at the rear base beneath a stainless steel cover. The design allows over 270° of smooth, programmable rotation. Consequently, operators can easily set custom slue angles to match their process layout. Moreover, the rotation settings can be adjusted in the field to meet specific production needs.

Ball Screw Driven Lift

A precision ball screw drive couples directly to an electric gearmotor with a fail-safe brake. The screw and nut feature matching helical grooves where lubricated ball bearings circulate continuously for efficient motion. Therefore, the system achieves smooth, accurate lifting under full load. Furthermore, this configuration represents one of the safest and most efficient lifting technologies available. The lift motor sits at the base of the column for easy access, while height and travel parameters can be quickly field-programmed.

Every CDM lift includes a Safety Ball Nut Clutch. This direct-engagement clutch is mounted to the lift drive ball nut and releases automatically if the carriage lowers onto an obstruction. As a result, the clutch prevents component damage and enhances operator safety. Reversing direction automatically reengages the drive for immediate recovery.

cGMP Slot Cover

The front slot of the column features CDM’s patent-pending magnetic “Positive Seal Closure.” This two-part magnetic strip forms a watertight seal that moves with the carriage. In this way, the seal continuously closes behind it as the lift travels, reducing the chance of contamination. Moreover, this design simplifies washdown and improves overall cleanliness in the production area.

Controls

The control system uses an Allen-Bradley PLC platform for dependable, repeatable performance. Operator and Power Panels are enclosed in NEMA 4X stainless housings suitable for washdown and cleanroom use. Additionally, the system can include either push-button or touchscreen interfaces depending on user preference and process needs. Moreover, data logging, safety interlocks, and system feedback ensure precise control throughout the lift’s operation. In conclusion, this control package provides exceptional flexibility and reliability for regulated environments.