Operation:

1.Press the power (green) switch on the side of the base unit to the “I” position. The green indicator light will glow, and the unit is now ready for use.

2.Rotate the nose cone to optimize the position of the light guide and hold the light guide no further than 2 mm from the dental material.

NOTE: When a colorless transparent matrix is used to provide anatomical form, the light guide may be placed directly against the matrix a few seconds after polymerization has begun to avoid movement of material.

3.Depress the handpiece push-button to activate the bulb. A single audible tone will be heard every 10 seconds. Depressing the handpiece push-button a second time will immediately deactivate the bulb.

NOTE: The handpiece cooling fan will automatically start at the beginning of, and continue throughout, the curing time cycle. It will continue running until the unit has cooled sufficiently.

4.When the curing operation is complete, return the handpiece to the holder.

5.To turn the base unit off, depress the power (green) switch on the side of the base unit to the “0” position. The green indicator light will turn off.

ROUTINE CARE

CAUTION

Allow the light guide to cool to room temperature before handling to avoid risk of burn.

Plastic

Cleaning/Disinfecting - Turn off the main power (green) switch and unplug the unit before cleaning. The base unit and handpiece may be cleaned by wiping with a soft cloth moistened slightly with alcohol or disinfectant. Be careful to prevent entry of liquid into components. Always wipe off any excess alcohol or disinfectant.

NOTE: Disinfectants with basic glutaraldehyde as an active ingredient are not recommended.

Alcohol should be less than 30% concentration.

Light Guide

1.Carefully handle the light guide to avoid damaging the polished ends.

2.Periodically examine both ends of the light guide. If they are dull or white, check the cure performance using the Curing Performance Test described in this manual.

3.Do not contaminate the light guide with unpolymerized restorative material to avoid diminished light transmision.

4.The light guide and eyeshield should be disinfected after each use to prevent transfer of microorganisms between patients.

Cold Sterilization - Soak the light guide in an alkaline glutaraldehyde type of cold sterilizing solution. Follow manufacturer’s instructions regarding dilution and recommended exposure times. Use of other types of solutions (e.g., phenolics) may cause decreased output intensity.

Autoclave - Follow manufacturer’s instructions regarding exposure times. Generally a minimum of 15 minutes at 121° C (252° F). 15 psi (1000hPa) is recommended. Do not autoclave the light guide at temperatures above 136° C.

Eyeshield - Dissemble the rubber O-ring from the shield. Clean any debris off the surface with a dull instrument. Soak shield in an alkaline glutaraldehyde type of cold sterilizing solution for the minimum amount of time recommended per manufacturer.

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3M M5560 manual Operation, Plastic, Alcohol should be less than 30% concentration Light Guide
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M5560 specifications

The 3M M5560 is an advanced electronic system designed for a variety of applications, ensuring efficiency and performance in demanding environments. It is particularly noted for its exceptional reliability and multifunctional capabilities, making it a preferred choice in multiple industries. With a focus on innovation, the M5560 leverages cutting-edge technologies to meet the diverse needs of users.

One of the main features of the 3M M5560 is its powerful processing capability. The device is equipped with a high-speed processor that allows for quick data processing and response times. This is particularly useful in scenarios where real-time decision-making is required. It also supports a wide range of interfaces, which enables seamless integration with other devices and systems, enhancing its versatility.

Another standout characteristic of the 3M M5560 is its robust connectivity options. It supports various communication protocols, ensuring compatibility with different networks and systems. This flexibility is vital for users who require connectivity in dynamic environments, as it allows for uninterrupted data exchange and operational efficiency.

The M5560 is also designed with a user-friendly interface, which simplifies operation and reduces the learning curve for new users. Its intuitive controls and display make navigation straightforward, enabling users to access features and functionalities with ease. This emphasis on usability contributes to improved productivity, as users can focus on their tasks without being hindered by complex controls.

In terms of durability, the 3M M5560 is built to withstand challenging conditions. Its rugged design is resistant to shocks, vibrations, and environmental factors, making it suitable for use in industrial settings. This durability ensures longevity and reliability, reducing the need for frequent maintenance or replacements.

Furthermore, the M5560 incorporates advanced security features to protect sensitive information. With built-in encryption and secure access controls, users can trust that their data is safe from unauthorized access, a crucial aspect for industries handling confidential information.

Overall, the 3M M5560 stands out as a high-performance electronic system that combines processing power, connectivity, user-friendly design, durability, and security. These characteristics make it an ideal solution for businesses looking to enhance their operational efficiency and achieve reliable performance in various applications. The continued evolution of features in systems like the 3M M5560 underscores the commitment to innovation in technology, confirming its position in the market.
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