![]() STEP4: Solder small gage stranded wires into the two holes shown. I’m working on my control panel now but here’s what I plan to have in the end… (for the SO3 XXL) 28’ of 12 gage stranded wire for power wire extension, 56’ of small gage stranded wire for the LED light and Potentiometer extensions.Soldering iron, solder, flux, wire strippers, etc… and some level of soldering skills.You can have the light on when the router is off which makes zeroing and bit changes easier. You can run the router power and control wires through the SO3 cable tracks instead of having them floating around above the machine. In this post I’ll show you how you can hack the router to provide the following benefits: It allows you to go down to 5,000 rpm without losing torque as well as use g-code to control the router. There is a PID feedback controller (mods, feel free to insert link here if you want) called Super PID. It allows you to control your router between 16.000-27,000 rpm. This mod is essentially free other than the cost of a 5k linear pot ( a few $ and the wire needed). It also includes LED lights in the bottom that turn on when the router is on. It pretty much stays close to the speed you set it to even when under load. The Dewalt DW611 router that is an option offered by C3D has built in closed loop speed control so its a nice router for the price. ![]() This will certainly void your router warranty and if you make a mistake it could ruin your router control card. I thought it would be better to post it as a rough overview than to not post anything. If not the Makita is fine for the CNC alone but there are no real advantages outside the RPM range, which I personally don't think matters much (when I rout acryllic with the DeWalt I'm set in the 50% rpm range).I put this post together in about two hours so its not refined but it will give you the idea. TLDR: the DeWalt is better if you want to have it be double duty as being in a CNC router and use for hand stuff. The Makita requires two wrenches (one is specialty so you have to buy another if you lose it) and the Dewalt just has a simple button stop to lock the collet IE if you are using the router hand held, the Makita can be a "three hand affair" while the DeWalt is a "two hand affair." (Although this isn't such a problem when mounted in a CNC router.but it's not a positive) That list also lists the collet change on the Makita is better which isn't true. The difference in RPM isn't really a factor imo, with the size of bits being used in these requiring pretty high RPM to begin with. Makita stuff is good but they have not been interested in designing new products, unlike companies like DeWalt and Milwaukee who have been developing their products to have really useful features. It's also much quicker to change bits on the DeWalt. It's much quieter than the Makita and the height adjustment on the DeWalt is MUCH better than the Makita. I have both, I much prefer the DeWalt, but I am using it as a handheld trim router. if one buys a matching nut for each collet) and afford a greater clamping tolerance (e.g., a 1/4" ER-style collet can hold a 6mm endmill).įor collets see Precise Bits, Elaire Corp., or for the Makita RT0701/0700 in Imperial sizes, the precision collet set which Carbide 3D sells for the Carbide Compact Router. These are more convenient and easier to change (esp. Some are merely replacements for the standard collets in different sizes, while at least one manufacturer offers specialized systems which allow one to use ER style collets. Note that trim routers may be upgraded w/ better collets (Carbide 3D has begun bundling precision collet set). Makita brush life longer and replacements less expensive and easier to change.Dewalt has a longer body and can be mounted so as to reach lower.Dewalt has a plastic button on the Body, which limits Z plane positioning inside the mount, Makita has a more Robust Tool changing mechanism, with a cylinder push lock below the shaft, which will allow more mounting options in the Z plane.Dewalt has lights, the Makita does not.Dewalt has a longer collet clamping area and collet with a greater number of slots which affords multiple precision collet options (standard ones as well as the ER-style collets from Precise Bits), Makita has a single source for a large variety of sizes of precision collets (the Carbide 3D 1/8" and 1/4" precision collets for the Carbide Compact Router will fit) and an option for a 3/8" collet (larger than the 5/16" or 8mm the DeWalt collets top out at).Dewalt has finer-grained speed control, Makita lower and higher range of possible speeds (the lower speeds are especially useful on plastics and wood).
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