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Metcal's new product is born to meet the demand for high thermal energy welding stations

Release Date:2017-09-08

Metcal has launched solutions for high thermal energy requirements, including the MX-5260 HTD system, MXUK6 HTD upgrade kit (MX-W1AV soldering iron holder and MX-H6-HTD handle), and new HTD soldering iron tips. These products become the power source for high heat demand applications and provide welding for most high heat demand loads through more efficient geothermal energy transfer
Significant improvement in performance. Its working principle is to increase the diameter of the heating element, provide a larger surface area of the "skin", and increase the volume of the soldering iron tip to improve the power transmission rate.
The Metcal handle and soldering iron tip suitable for high thermal energy demand will make the MX-5000 or MX-5200 series machines a power source for high thermal energy demand applications. For example, in the soldering scenario of high-density circuit boards, and without damaging sensitive components.
The new handle and soldering iron tip maintain the original ergonomic design while providing higher thermal energy. This remains unchanged Under the premise of comfortable application for operators, the risk of long-term contact welding has been reduced, and production efficiency has been improved.
Metcal's high thermal energy demand solution brings welding performance to most high thermal energy demand loads through more efficient heat transfer Improvement.
Main characteristics and advantages of Metcal's high thermal energy products
1. Improved temperature control - Metcal's SmartHeat ® Technology means lower risk of overheating of sensitive components.
2. A very rapid heating rate means you can weld the next point faster.
3. The ergonomic lightweight handle allows you to work comfortably in high-intensity assembly line scenarios.
The 4.700 and 800 temperature series soldering tips are currently available, while the 900 temperature series soldering tips are about to be released.
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