When it comes to power, the Hakko FX-888D offers a 30-watt option while the Weller WE1010 offers a maximum of 40 watts. While some may argue that the additional 10 watts might make a difference in terms of soldering speed and effectiveness, others argue that for most hobbyist or small business needs, the 30-watt option is more than enough [8]. Is flux necessary for soldering? I love how the iron holder is separate from the base. It easily can be placed anywhere in the work area. Also, keeping the base unit in one spot makes life so much easier. It gives the iron itself enough room so nothing nearby can accidentally be melted or burned by the iron. Heater output has been increased by 30% compared to that of the conventional models HAKKO 936/937. Also FX-888D delivers excellent thermal recovery by using T18 series tips for their terrific heat conductivity. The Hakko FX888D Soldering Station is the upgrade to the original FX888. With an easy to read digital display, Hakkos latest model combines reliability, excellent thermal recovery, a range of tips and spares and is very easy to use. As a genuine all-round soldering station, the Hakko FX888D offers a number of features that make it suitable for hobbyists or electronics professionals.

HAKKO FX888D performance comparison graph with conventional stations Able to shorten the time required for the same work and improve work efficiency significantly. The Hakko and Weller are both rated at 70W. However, the temperature range of the Hakko is much wider. Most people won’t use the Weller near the low or high ends of its range let alone the expanded high and low temps of the Hakko. With a digital display that’s easy on the eyes, Hakko’s latest model is not only reliable but also has excellent thermal recovery properties. Plus, it comes with a variety of tips and spares! The Weller WE1010 offers comparable performance at a lower cost. It also has a longer handle, making it more comfortable for extended use;The interface is similar to another item I own where you press enter to start adjusting the temp and then the arrow to change the number, so for me it made immediate sense on what buttons to push. For anyone that intuitively thinks they should press the arrow to change the temp, I would highly recommend writing on the unit itself so you know what to do. Even a simple 1 and 2 to know which to press first would do it for you.

I only wish it had a much easier to use interface. For example, I don’t particularly appreciate needing to look up the instructions on the manual. But since the control unit saves your temperature settings once you set them, you no longer must worry about changing them. Conclusion LED Cube soldered with a Hakko FX-888D With only two operation buttons of UP and ENTER in the center, operation is simple and easy. Even if you're not familiar with operation of machines, you can operate it without difficulty. Iron holder with full of functions When it comes to soldering, the Hakko FX-888D and Weller WE1010 are both top contenders in the industry. But which one is better for your needs? Rise time to 350°C is 20 seconds faster and tip temperature drop is reduced during continuous work. The Hakko FX888D has an increased heater output of 30% compared to the Hakko 936 & 937 models. It also offers outstanding thermal recovery by using T18 tips, allowing soldering to be done at a lower temperature and in-turn reduces the thermal impact of components and extends tip life.Both the Hakko and Weller come with a stand to hold the iron since they are soldering stations and not just standalone irons.

If you are looking for the best alternative tip options for the FX-888D station beside the genuine tip, consider using bevel and chisel models. Ultimately, the decision comes down to your specific needs and preferences. Both products are high quality and will do the job well. It’s just a matter of choosing which features are most important to you in a soldering station. FAQ Where is Hakko FX-888D made?This is a question often asked by hobbyists and DIY enthusiasts looking to upgrade their equipment. The answer, however, isn’t always clear-cut. There are many factors to consider when choosing a soldering iron, including price, usability, and durability. The short answer is yes, flux is necessary for soldering. Flux helps to remove oxidation from metal surfaces and aids in the flow of solder and the overall soldering process. Without flux, soldering could result in weak or unreliable joints. What solder is best for electronics?