Solder Paste Mixer with 1/2 bottles 500g Solder
Machine weight: 30 KG
Certification:CE Certificate
Warranty Time: 1 year
The machine size: (L)400 * (W)400 * (H)440 mm
Power Consumption: 40 W
Motor Model: New Panasonic 40 W ac motor
Input Voltage: 220 V/110 V
Work Ability: Mix 1 bottle or 2 bottles of 500 g solder paste at the same time
Motor Speed:1350 RPM
Revolution Speed: 500 RPM
Rotation Speed: 200 RPM
Delivery time: 1-3 days
solder paste mixer is a device used in the electronics manufacturing industry to mix solder paste thoroughly before it is applied to circuit boards during the surface mount technology (SMT) assembly process.
Solder paste is a mixture of tiny solder particles and flux, which is used to create electrical connections between electronic components and the circuit board. It is a critical material in SMT assembly, and its consistency and quality are crucial for achieving reliable solder joints.
A solder paste mixer typically consists of a mixing platform or container where the solder paste is placed, and a mixing mechanism that agitates the paste to achieve a homogeneous and consistent mixture. The mixing mechanism can vary, but it often involves a combination of rotation, vibration, or other mechanical actions.
The mixer ensures that the solder particles and flux are evenly distributed throughout the paste, preventing any separation or settling that may occur during storage or transportation. This ensures that the solder paste is of consistent quality and provides reliable solder joints.
Using a solder paste mixer offers several benefits. It saves time and effort compared to manual mixing methods, as it can quickly and efficiently mix larger quantities of solder paste. It also helps to reduce waste by ensuring that all the solder paste is effectively utilized.
Overall, a solder paste mixer is an essential tool in the electronics manufacturing industry, ensuring the proper mixing and consistency of solder paste, and ultimately contributing to the quality and reliability of electronic assemblies.
