OSD-861 Dual-Station High-Efficiency Hot Melt Glue Dispensing System

Maximize your production throughput with the OSD-861 Dual-Station Hot Melt Dispenser. While sharing the robust 600mm frame of the standard 861, this specialized variant is configured with dual work platforms to support non-stop manufacturing. It is the ultimate solution for high-volume factories looking to eliminate "idle time" during the loading and unloading process.

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Product Description Specifications Product Features Product Video

Product Description

The core innovation of this OSD-861 variant is its "load-while-working" capability. While the 3-axis robot head is actively dispensing adhesive on the fixture in Station A, the operator can safely unload the finished part and reload a new raw part in Station B. This alternating workflow effectively cuts machine downtime to near zero. The system maintains the same rigorous specs—10kg load capacity and high-speed stepper motor drive—but applies them in a workflow designed purely for speed and efficiency. It is particularly effective for smaller parts arranged in trays where volume output is critical.

Specifications

Model	OSD-861 Dual-Station High-Efficiency Hot Melt Glue Dispensing System
Power	3000W
Voltage	220V
Frequency	50/60 Hz
Processing range XYZ	600600150mm
Overall dimensions	750750550mm
XYZ Positioning Accuracy	±0.05mm
Weight	65KG
Extended IO	4 output
Operating Temperature	0-40℃
Maximum number of stored programs	99 parameter files

Product Features

Double Efficiency

The dual-platform design allows for simultaneous loading and dispensing, significantly increasing units produced per hour (UPH).
Continuous Operation

Eliminates the bottleneck of waiting for the machine to stop before changing parts, streamlining the operator's workflow.
Flexible Configuration

Can be set up to run the same product on both sides or two different products simultaneously, offering incredible production flexibility.
Labor Optimization

Allows a single operator to manage the output volume that would typically require two separate single-station machines.

Product Video

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