Product Description:

The Visual laser constant temperature soldering system is composed of eyepiece, objective and temperature monitor.

A 915nm visual laser constant temperature soldering system refers to a soldering system that utilizes a laser emitting light at a wavelength of 915nm for soldering applications. The "visual" aspect implies that the system provides a visible light output, which can aid in aligning and positioning the soldering process.

In a constant temperature soldering system, the laser is designed to provide a consistent and controlled amount of heat to melt the solder material and create a reliable bond between components. By using a laser as the heat source, the system can offer precise and localized heating, which is beneficial for soldering delicate or small electronic components.

The 915nm wavelength is within the infrared range of the electromagnetic spectrum, and it is commonly used in soldering applications due to its ability to efficiently heat the solder material without causing excessive thermal damage to surrounding components or substrates.

Features:

• Product Name: Visual laser constant temperature soldering system
• Application: Plastic Soldering, Diode-laser Soldering System
• Customization: Supporting Customization
• Design Wavelength: 915nm
• Composition: Eyepiece, Objective, Temperature Monitor
• Optics Material: Optical Glass
• Features: Glass made lens, mirrors

Technical Parameters:

How a visual laser constant temperature soldering system might work:

• Laser Source: The system includes a laser source that emits a high-powered laser beam. The laser beam serves as the heat source for melting the solder.
• Visual Feedback: The system incorporates a visual feedback mechanism, such as a camera or an imaging system. This allows the operator to view the soldering process in real-time, providing enhanced visibility and control.
• Temperature Control: To maintain a constant temperature during soldering, the system employs a feedback loop that continuously monitors the temperature at the soldering point. This feedback loop adjusts the laser power output to maintain a consistent temperature, which is crucial for achieving reliable and repeatable solder joints.
• Soldering Tip: The laser beam is directed through a soldering tip or nozzle, which focuses the heat onto the target solder joint. The soldering tip is designed to efficiently transfer the laser energy and heat to the solder and the components being soldered.
• Soldering Process: The operator positions the soldering tip over the solder joint and activates the laser. The laser beam heats the solder, causing it to melt and flow onto the joint. The visual feedback system allows the operator to monitor the soldering process in real-time, ensuring precise alignment and control.
• Cooling and Solidification: Once the solder joint is formed, the laser is turned off, and the solder cools and solidifies, creating a reliable electrical and mechanical connection between the components.

Benefits of a visual laser constant temperature soldering system may include:

• Precision: The visual feedback system enables precise alignment and control during the soldering process, allowing for accurate solder joint formation.
• Consistency: The temperature control mechanism ensures a constant temperature, leading to consistent soldering results and minimizing the risk of thermal damage to sensitive components.
• Efficiency: Laser soldering can be faster than traditional soldering methods since the laser provides rapid and localized heating.
• Versatility: Laser soldering systems can be used for various soldering applications, including surface mount technology (SMT), through-hole components, and fine-pitch soldering.