Description
This medium-duty thermal binding machine is designed to be user-friendly, safe, and efficient for office use. The combination of features, including safety measures, quick binding cycles, and adjustable settings, makes it suitable for moderate-volume thermal binding tasks in an office environment.
( Fellowes Fellowes Helios 30 Thermal Binder) Specification :
It looks like you’re describing a medium-duty thermal binding machine designed for office use. Here’s a summary of the key features:
- Binding Capacity:
- Binds up to 300 A4 80g sheets, providing a moderate capacity suitable for office applications.
- Binding Cycle Time:
- Offers a quick binding cycle time of 30 seconds, contributing to efficiency in document processing.
- HeatShield Safety Barrier:
- Equipped with a HeatShield Safety Barrier to prevent accidental user contact with the heating plate, ensuring user safety during operation.
- Audio and Visual Indicators:
- Features audio and visual indicators that clearly signal when the machine is ready to bind, helping users monitor the status of the binding process.
- Ready Light:
- Includes a ready light that illuminates after a 4-minute heat-up time, indicating that the machine is prepared for the binding process.
- Beep Indicator:
- Provides a beep indicator at the end of the binding process, signaling its completion and prompting user attention.
- Cooling Rack:
- Includes a cooling rack at the back of the machine, allowing documents to cool after the thermal binding process.
- Internal Clamping System:
- Utilizes an internal clamping system to securely hold the documents in place during the binding process.
- Variable Heat Cycle:
- Offers a variable heat cycle, allowing users to adjust the heat settings based on their specific binding requirements.
- Thermal Cover Selector (Paper Gauge):
- Incorporates a thermal cover selector or paper gauge, facilitating the selection of appropriate thermal covers based on document thickness.
- Sleep Mode:
- Features a sleep mode for energy efficiency, reducing power consumption during periods of inactivity.
