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Soldering dedicated orthogonal robot
It is a best-selling soldering robot developed specifically for soldering, boasting a delivery record of over 500 units worldwide in the 10 years since its release.
An automatic soldering robot that is easy to use even for beginners.
- Since it's manual work, it can be easily replaced. - No complex settings are required, and it can be used immediately. - With excellent temperature control functionality, it reaches the optimal temperature in about 16 seconds. - Shortened takt time increases production volume! - The teaching pendant display is easy to read on a large screen and supports 10 languages (Japanese, English, Chinese, Korean, German, Spanish, French, Italian, Czech, Vietnamese). - The customization features are also rich! You can create your own programs. - There are 500 soldering conditions. You can set detailed conditions, ensuring optimal soldering at all times. - Multi-power supply adopted.
Desktop-type circuit board splitting robot with position deviation detection function.
With interactive simple teaching, a variety of processing can be done from straight lines and curves to hole drilling. Equipped with a powerful dust collection system and cutting edge monitoring indicators, it minimizes defects.
Even the tightening of extremely small screws, which is difficult to do manually, can be automated.
- We offer two types of drivers: servo-type torque drivers and mechanical torque drivers. - With dedicated software for screw tightening, you can use it simply by setting the tightening conditions and points. It also detects errors such as screw lifting and spinning. - If there are no screws in the feeder, it is possible to stop the operation based on signals from the feeder.
High-speed axis-movable soldering robot available for inline and dedicated equipment use.
Compact body and controller. High-speed, high-reliability robot.
Dedicated machines and inline single-axis CMS robots.
- Metal Sleeve (Soldering Iron) By using a material with excellent thermal conductivity, it minimizes temperature drop during soldering and provides good response during temperature recovery. - Quantification of Solder Amount Since solder does not adhere, all supplied solder flows to the workpiece. Soldering can always be done in a quantified manner. - Integration of Mechanism and Heater The coaxial design prevents interference with the workpiece. - Prevention of Flux and Solder Ball Splashing Solder is melted within the sleeve, preventing the splashing of flux and solder balls. - Standard Equipped Nitrogen (N2) Generation Device Prevents oxidation of the solder surface due to N2.
A single unit that enables easier and better soldering, thanks to the significantly evolved robot and the latest soldering unit, LYRA 2.
Enriched Easy Teaching The popular interactive teaching remains the same, while the PC software has become more intuitive to operate. Data management becomes even easier in cases with many soldering points or programs.
In addition to improving basic performance and functionality, we aimed to enhance stability and convenience.
- Since it is manual work, it can be easily replaced. - It can be used immediately without complex settings. - With excellent temperature control functionality, it reaches the optimal temperature in about 16 seconds. - Shortened takt time increases production volume! - The teaching pendant display is easy to read on a large screen and supports 10 languages (Japanese, English, Chinese, Korean, German, Spanish, French, Italian, Czech, Vietnamese). - The customization features are also rich! You can create your own programs. - There are 500 soldering conditions. You can set detailed conditions, allowing for optimal soldering at all times. - Multi-power supply adopted.
By adopting a cartridge heater in a lightweight and compact head, it is possible to insert the sleeve into narrow spaces of high-density mounted components.
- Metal sleeve (soldering iron) By using materials with excellent thermal conductivity, it minimizes temperature drop during soldering and ensures good response during temperature recovery. - Quantification of solder amount Since solder does not adhere, all supplied solder flows to the workpiece. Soldering can always be done in a quantified manner. - Integration of mechanical and heater components The coaxial design prevents interference with the workpiece. - Prevention of flux and solder ball scattering By melting solder within the sleeve, it prevents scattering of flux and solder balls. - Standard nitrogen (N2) generation device Prevents oxidation of the solder surface by N2.
