Bsc Preferred MLD200 Label Dispenser 7 in Max Roll

Product Description

The BSC PREFERRED MLD200 is a manual label dispenser built for packaging and shipping operations where speed and accuracy matter. Constructed from durable plastic, this dispenser features a non-skid suction base that keeps the unit stable on work surfaces during high-volume labeling tasks. It accommodates roll diameters up to 7 inches and includes a core adapter for 3-inch cores, making it compatible with a wider range of label stock. Designed to reduce label application time by up to 50 percent compared to manual peeling, the MLD200 is well suited for warehouse, distribution, and shipping environments where throughput is a priority.

The MLD200 is intended for use in packaging and shipping stations that require consistent, efficient label dispensing. It is appropriate for light industrial and commercial environments where operators handle moderate to high volumes of roll labels daily. The included core adapter allows the dispenser to handle both standard 1-inch and 3-inch core rolls without additional accessories, adding flexibility for operations that source label stock from multiple suppliers.

Key Features

• Sturdy plastic construction for durable everyday use
• Non-skid suction base keeps dispenser stable on flat work surfaces
• Accommodates roll diameters up to 7 inches
• Includes core adapter to fit 3-inch cores
• Reduces label application time by up to 50 percent

Compatibility

The MLD200 is equivalent to part number H-994. Designed as a manual label dispenser for standard roll label stock used in packaging and shipping applications.

Installation Notes

Place the dispenser on a clean, flat, dry surface and press the suction base firmly to secure it before loading a label roll. Install the appropriate core adapter for the roll core size being used before threading the label stock through the dispenser. No tools are required for standard setup. Inspect the suction base periodically to ensure adequate grip, particularly on textured or porous surfaces.