The 9 Best Wood Routers
9. Porter-Cable PCE6430
- under-table stop prevents shifting
- oversized locking clips
- inconveniently placed switch
|Rating||4.0 / 5.0|
8. Hitachi M12VC
- operates very quietly
- glides smoothly without scratching
- bits stick in the collet
|Rating||4.2 / 5.0|
7. Bosch MRC23EVSK
- led work light for good visibility
- variable speed dial
- swiveling 10-foot cord
|Rating||4.9 / 5.0|
6. Triton TRA001
- multistage turret
- vents air out the sides
- base plate feels cheaply made
|Rating||4.1 / 5.0|
5. Makita RT0701CX3
- rack-and-pinion depth adjustment
- accepts standard template guides
- double insulated for protection
|Rating||4.3 / 5.0|
4. DeWalt DW618B3
- full feedback control
- eight-slotted collet
- collects 95 percent of dust
|Rating||4.8 / 5.0|
3. Festool 574692
- quick-release chip deflector
- compatible with the fs guide rail
- micro depth adjustment
|Rating||4.7 / 5.0|
2. Bosch PR20EVS
- stable rpm in all wood types
- low startup torque
- comfortable rubber grip
|Rating||4.6 / 5.0|
1. Porter-Cable 7518
- sealed ball bearing construction
- dust-protected switch
- easy bit removal after use
|Rating||4.8 / 5.0|
Invention Of The Power Wood Router
Wood routers come in both power and hand versions. While many carpenters and handymen choose to use powered versions, some traditionalists feel that hand versions offer better control and accuracy. One can also find Computer Numerical Control or CNC routers, which are navigated by a computer program allowing them to offer superior precision and automation.
The handheld power router was invented in 1915 by Oscar Onsrud. He named them Onsruters, which is a term created by combing his last name and the word router. Onsrud was inspired to build the power router by a railroad company that wanted to use steam power from a locomotive engine to power its front headlight. He designed an air turbine engine, or jet motor, and submitted the plans to the railroad company. He didn't get the contract, but this can be considered serendipitous, as he would later find a use for his design.
Just a few short months later, after continuously getting frustrated while trying to carve a groove into the bottom of a chair with a hand router, he realized that he could use the same air turbine engine he had designed for the locomotive headlight to power a router, and so the makings of the power router was born.
Instead of steam, he slightly altered the engine's design to run on compressed air. He modified an endmill to have steeper rake and clearance angles so that it could evacuate the chips as it cut. Endmills are normally found on standard milling machines, which spin at an average of 3,000 RPMS, but his jet powered router was designed to spin at 30,000 RPMs in order to produce a clean cut with no burn marks on the wood.
Must Have Router Features
There are a few features that every good router should have which make jobs easier and allow for more precise work. The first feature to look for is variable speed controls. Different bit sizes work best at different speeds. For example large bits should rotate at lower speeds, while smaller bits should rotate at higher speeds. The ability to adjust the size can be of vital importance.
Electronic feedback circuitry can be useful to increase the lifespan of the engine and make the wood router easier to handle. Essentially it monitors the engine load and adjusts the torque to match. This prevents the router motor from lagging or stalling when hitting dense patches of wood, which also helps reduce the chance of it spinning out of control when it suddenly speeds up again.
A soft start feature slowly brings the router to top speed, instead of suddenly blasting to full speed once it is turned on. This can be useful to help prevent the router from jerking in the hand when turned on, allowing you to approach a cut in a cool and collected manner.
Finally, look for a router with a spindle lock feature. This allows you to make bit changes with just one wrench, instead of two as is needed with routers that don't have this feature. This can be especially useful in plunge routers where it is difficult to access the bit.
Deciding What Kind Of Wood Router You Need
Wood routers come in many different sizes and matching the right size router to the job at hand will help you produce better results. If you will mostly be using your router to soften edges and create small profile areas out of a workpiece, than a compact trim router with a 1 to 1.5 HP engine is your best bet. Their small size allows them to easily be used in a variety of orientations and in compact areas where using a larger router would be problematic.
They are called trim routers because they are ideal for trimming the edges off a board. Using a larger router for this kind of application can be difficult as they may feel off balanced in the hand. Trim routers can be used with one hand and are extremely versatile as they can also be used for fine joinery, hinge mortises, and small dado joints.
Routers with engines in the 1.75 to 2.25 HP range would be considered mid-sized routers. These may come with a plunge or fixed base and require both hands during operation. Mid-sized routers are a good compromise between convenience and power. They can accomplish jobs that would unfeasible with trim routers, and jobs where a full-sized router would be too unwieldy.
Plunge-base options have a motor that is mounted between spring-loaded posts, and handles located high up on the machine. They allow you to quickly vary cutting depth without having to turn off the tool and feature a depth stop. Fixed-base routers have a lower center of gravity with handles located near the bottom. They only allow routing from the side and cannot be plunged directly into the workpiece. They also require one to turn of the tool to adjust the cutting depth, but many find them easier to work with.
Full-sized routers usually have an engine in the 3 to 3.5 HP range and are only suitable for large profiling. If trying to use a full-sized router on smaller jobs, one may often over route and destroy the workpiece. They are also very heavy and can feel unwieldy to the inexperienced woodworker.