8 Best Jointers | March 2017

We spent 25 hours on research, videography, and editing, to review the top selections for this wiki. One of the most essential steps in woodworking is making sure your material is straight and smooth, which is where a quality jointer comes in. Whether you are a professional contractor or a home DIYer, you'll find the right model for your next project from our varied selection. Skip to the best jointer on Amazon.
8 Best Jointers | March 2017


Overall Rank: 5
Best Mid-Range
★★★
Overall Rank: 2
Best High-End
★★★★★
Overall Rank: 8
Best Inexpensive
★★★
8
The Grizzly G0725 is small enough to easily move around your garage or from one work space to another. It attaches conveniently to a tabletop and boasts iron platforms and a center-mounted fence, though it doesn't move boards as smoothly as other models.
7
With a capable 10-amp motor, the Wen 6560 Benchtop is best for home DIYers who need a solid option but don't want to spend $1,000-plus on a tool they will rarely use. It is affordable and gets the job done, albeit slower than more expensive units.
6
If you want accurate cuts and jointing but you're on a tight budget, consider the Jet JJ-6CSDX. It features one of the longest working surfaces in its class, and its three steel quick-change blades allow for rapid sawing without the need for a knife-setting gauge.
5
For extreme portability and convenience, check out the Festool XL DF 700, which lets you take the tool to the material, rather than the other way around. It's hand-operated and, though it doesn't include a table, can be easily rotated to create crisp and repeatable cuts.
  • produces full-size mortise joints
  • optional trim and cross stops
  • compatible with other festool tools
Brand Festool
Model 574447
Weight 23.7 pounds
4
The Cutech 40160H-CT packs a lot of power into a compact design, making it the perfect addition to your cluttered wood shop. The cast infeed and outfeed tables can be leveled on the fly, and the unit includes the tools needed to replace its cutter tips.
  • powered by 10 amp motor
  • lightweight and portable
  • fence tilts 90 to 135 degrees
Brand Cutech
Model 40160H-CT
Weight 45 pounds
3
The Powermatic PJ-882HH can give you an extremely smooth finish while being much quieter than other jointing machines. It features an extra long 82-inch table, making it useful for professional applications where you will be working with larger boards.
  • helical cutterhead keeps blade sharp
  • adjustable cam corners
  • backed by 5-year warranty
Brand Powermatic
Model PJ-882HH
Weight 610 pounds
2
The Shop Fox W1744S offers lasting toughness by incorporating a thermal overload protection switch and shielded and lubricated bearings that won't wear out even after years of use. It also features a depth scale that can be calibrated or zeroed for exact measurements.
  • best suited for use on wide boards
  • precision-ground iron table
  • backed by 2-year warranty
Brand Shop Fox
Model W1744S
Weight 970 pounds
1
The Jet JJ-8HH has a helical cutter head with staggered carbide inserts, making it capable of slicing through even the densest of lumber with little resistance. Its exclusive front-mounted table adjustment hand wheels allow you to make quick and accurate corrections.
  • extremely quiet operation
  • great customer service
  • special two-way tilting fence
Brand Jet
Model JJ-8HH
Weight 398 pounds

Jointers Versus Planers

A jointer is designed to square an edge or flatten and straighten a warped piece of wood. Planers are designed to help a woodworker create a uniform thickness throughout an entire board and make the two faces parallel.

Bench style jointers will have an infeed table, which is where the board enters from, and an outfeed table, which is where the board will be exiting the machine. Inside the machine, there is a cutter head mounted between the two tables. Its cutting blades will be aligned flush with the outfeed table, while the infeed table gets lowered an equal distance to the amount of wood you want to remove from the board.

When the board gets passed through the machine, the cutting head removes the desired amount of wood, and then the cut board is supported by the outfeed table on its way out. If one is trying to straighten a warped board, an adjustable fence will be used as a guide when the board is place through the jointer.

Planers should be used after a board has been passed through a jointer to make the entire board a uniform thickness and make the second side parallel with the side that has been flattened by the jointer. The planer will remove wood from the entire length of the board from end to end.

Bench style planers will have some time of feed roller, which grabs the board as it is feed into the machine. As it gets pulled through the machine, it runs past a cutting head, which removes some of the wood. Depending on the amount of wood to be removed, the board may have to be run through the planer multiple times. Planers are not effective at straightening wood as they will often just follow the curve in the wood as they plane, resulting in a thinner, but still curved, board.

Determining If You Need A Jointer Or A Planer

The first step before starting to work on a piece of wood, is determining what tool you should be using. This can be done by understanding what type of wood you are purchasing and fully examining it before starting. Purchased wood will usually come in three forms; S4S, S2S, and rough. Rough wood is completely unfinished. It requires the most work, before one can start building their project.

If starting with rough wood, it will most likely require the use of a jointer and a planer. S4S wood has already been surfaced on all four sides and typically does not require a jointer or a planer, unless it is too thick for your desired use or it has warped terribly during storage and transport. S2S wood has two finished sides and may often require a jointer to smooth out the edges before it can be joined with other pieces.

Once you have your wood, check the edges to see if they are uneven. You should also check the surface along the entire length of the lumber. If the edges are uneven, of if the surface has an unacceptable amount of bumps, a joiner should be used to correct these issues. Next, check the flatness of the wood. If the wood is warped or cupped in any way, a jointer must be used before one starts planning.

If working on a project that requires overly long or wide lengths of wood, it may require that wood is joined from end to end. This is where a jointer can be especially useful. It will allow you to flatten and smooth the edges to be joined so that they fit together seamlessly once construction has started.

If the lumber you are using already is already perfectly flat and smooth on all the necessary sides, but it is thicker than is allowable for an intended application, then it is time to pull out a planner and start making the board thinner. A planer is also the perfect tool if you have lumber with some minor surface blemish or imperfection. It can be used to remove just a small amount of wood, revealing an under layer which is free from any surface issues.

Simple Tips For Using A Jointer Effectively

There are a few simple tips that can ensure you get the most from your wood and your jointer. Always make sure you are jointing with the wood grain in the right direction. The grain should be running towards the outfeed table and away from the knives' rotation. If the grain runs in multiple directions, try and position it in a way that the majority of the grain is running the correct way.

Double check the height of the outfeed table before starting to ensure that it is perfectly aligned with the knives. If it is too low, the cut will be heavier at the back end of the board. If it is too high, then you will wind up with a concave surface on the board.

One should always start by jointing the face first. After the face has been jointed, you can then joint an edge square with it. This gives you a perfectly flat surface as a reference for later milling and a trued edge for ripping.

The depth of the cuts should be enough that it makes a noticeable difference on each pass, but not enough to tax the motor needlessly. You will achieve better results with multiple passes than by trying to cut everything on one attempt, which can result in a rougher edge or surface that isn't perfectly flat.



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Last updated: 03/22/2017 | Authorship Information

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