Craftsman 113232240 6-1/8" jointer/planer Parts

Yes. You can use the jointer function on your Craftsman 113232240 6-1/8 inch jointer/planer without using the planer function; a jointer’s job is to flatten one face and square one edge, while a planer’s job is to make the opposite face parallel and bring the board to consistent thickness. For safe setup and operation details, follow the owner's manual.

What each tool does (and what it cannot do)

A jointer and a planer are complementary, not interchangeable.

• Jointer: flattens one face; squares one edge to that face
• Planer: thicknesses stock; makes the second face parallel to the first
• Without a planer: you can get a flat face and a straight edge, but you cannot reliably make the board uniformly thick
• Without a jointer: you can thickness boards, but you may “copy” twist or cup unless you use a sled/jig

Practical workflow options

Here are common ways woodworkers work when they do not have both machines.

Your setup	What you can do well	Typical limitation
Jointer only	Flatten one face; straighten/square one edge	Final thickness varies; opposite face may not be parallel
Planer only	Consistent thickness	Needs a flat reference face (often a sled)
Jointer + planer (combo)	Flat, square, parallel, consistent thickness	Requires careful setup and safe feeding

Safety rules that matter when using the jointer function

We follow these basics every time because kickback and hand contact happen fast.

• Do not plug in until the jointer/planer is fully assembled and aligned; confirm the ON/OFF switch and cutter guard function correctly.
• Let the cutterhead reach full speed before cutting; feed only fast enough to avoid bogging or binding.
• Never cut freehand; keep the workpiece guided firmly against the fence and table.
• Clear the table of everything except the workpiece and needed supports before turning the tool on.
• Use hold-down/push-blocks for control; use extra supports for long or awkward stock.

Minimum stock sizes (from the manual)

These limits help prevent loss of control.

• Jointing/beveling: never joint or bevel stock less than 3/4 inch wide or 1/4 inch thick
• Planing: never plane wood thinner than 1/2 inch

Why it matters

If you skip the planer step, boards can look flat but still vary in thickness, which causes gaps in glue-ups, uneven joinery, and fit problems. Using the jointer first gives you a true reference surface so thicknessing (now or later) is accurate.

Last updated: February 2026

A jointer is built to straighten and square an edge and flatten a face; a jointer/planer like the Craftsman 113232240 combines those jointing functions with planing-style surfacing operations on the same machine, using the same cutter head and tables. For operating details and safety rules, use the owner's manual.

What each tool is designed to do

• Jointer: Removes wood along an edge to make it straight, smooth, and square to the face held against the fence.
• Planing on a jointer/planer: Removes wood from the wide face to make it flatter and smoother, but it does not automatically make faces parallel or square to other surfaces.
• Jointer/planer combo: One machine that supports both operations (jointing edges and surfacing faces) with shared components like the fence, infeed table, and cutter head.

How the Craftsman 113232240 behaves in real use

The manual’s definitions match what you see at the bench:

Operation	What you’re improving	What you must control	Common result if rushed
Jointing	Edge straightness and squareness	Keep the face tight to the fence	Out-of-square edge, kickback risk
Planing (on jointer)	Face smoothness and flatness	Feed rate and grain direction	Rippled cut, tear-out

Best-practice workflow (why order matters)

When you need both a flat face and a square edge, we follow the sequence the manual calls out:

• Plane the face first to get it flat and smooth.
• Joint the edge after, so the edge can be cut square to that flattened face.
• Feed with the grain when possible.
• If you must go against the grain, take very light cuts and feed slowly.

Why it matters

Knowing the difference prevents frustration and unsafe cuts. Jointing is about straight and square referencing surfaces (fence plus tables); planing is about controlled surfacing (depth of cut plus feed rate). Using push blocks, keeping hands positioned safely, and bolting or clamping the tool to a firm, level surface all reduce the chance of kickback or unexpected movement.

Last updated: February 2026

With the Craftsman 113232240 6-1/8" jointer/planer, we use the jointer function to straighten and square an edge and the planer function to flatten and smooth a face. Those steps let you build accurate projects like tables, shelves, cabinets, frames, and doors with tight-fitting joints.

What this tool helps you do (and what you can make)

A jointer/planer is mainly a milling tool; it prepares rough lumber so your table saw, miter saw, and glue-ups work better.

Common results you can create:

• Flat, smooth board faces for panels, shelves, and tabletops
• Straight, square edges for glue-ups (edge-jointed panels)
• Beveled edges and chamfers for trim details
• Rabbets for simple joinery (for example, backs and ledges)
• Better-fitting parts for boxes, frames, and cabinet components

Core operations on the 113232240

The manual describes these basic cutting operations and the order that typically works best.

Operation	What it produces	Typical “project” use
Planing (face)	Flattens and smooths a wide face	Panels, shelves, tabletops
Jointing (edge)	Straight, smooth edge square to a face	Glue-ups, straight reference edge
Beveling/chamfering	Angled edge or eased corner	Trim, decorative edges
Rabbeting	Stepped shoulder cut (in light passes)	Simple joinery, back panels

For model-specific setup, fence adjustment, and safe hand placement, follow the owner's manual.

Safety limits that affect what you can make

Your project parts must be large enough to handle safely.

We follow these key limits from the manual:

• Never joint, plane, or bevel workpieces shorter than 12 inches.
• Never joint or bevel pieces less than 3/4 inch wide or 1/4 inch thick.
• Never plane wood thinner than 1/2 inch.
• Use hold-down/push-blocks for narrow stock (especially under 3 inches wide).
• Make rabbeting cuts in 1/8-inch increments or less.

Why it matters

When we mill lumber flat and straight first, parts register accurately against fences and tables. That reduces twist, gaps in glue joints, and “fighting the wood” during assembly, which improves both safety and final fit.

Last updated: February 2026

Jointer sizes are usually described by the maximum board width the cutter head can joint in one pass. Common sizes are 6-inch, 8-inch, and 10-inch jointers; your Craftsman 113232240 is a 6-1/8 inch jointer/planer, which fits the popular 6-inch class for home shops.

Common jointer sizes (and what they’re best for)

Most woodworkers choose a jointer size based on the widest boards they expect to face-joint and edge-joint.

• 6-inch (including 6-1/8 inch models like 113232240): great for typical DIY boards and smaller furniture parts
• 8-inch: better for wider stock and fewer glue-ups
• 10-inch and larger: best for frequent wide lumber and heavier shop use
• Benchtop vs. floor models: benchtop units are often 6-inch; larger sizes are commonly floor-standing

Quick comparison

Jointer size class	Max jointing width	Typical use case
6-inch	Up to 6 inches (about 6-1/8 inches on your model)	General DIY, smaller projects
8-inch	Up to 8 inches	Wider boards, more versatility
10-inch	Up to 10 inches	Wide stock, higher throughput

Why size matters (especially on a jointer/planer)

A wider jointer lets you flatten wider faces without ripping boards down first. With a 6-1/8 inch jointer/planer like the Craftsman 113232240, you will often joint one face/edge, then rip and glue-up wider panels when needed.

Safety and setup reminders for this model

The 113232240 manual emphasizes safe operation and stability. Before jointing or planing:

• Bolt the tool down if it can slip, walk, or tip
• Let the machine run briefly; stop if you hear unusual noise or feel heavy vibration
• Avoid short stock; never joint/plane workpieces shorter than 12 inches
• Use hold-downs/push-blocks for narrow pieces (especially under 3 inches wide)

For model-specific operating limits and adjustments (fence stops, safe thickness/width guidance, and inspection steps), use the owner's manual.

Last updated: February 2026