Craftsman 33525986 drill press stand Parts

A drill press is built from a few main assemblies that keep the tool stable, align the bit, and control drilling depth. On a Craftsman drill press stand model 33525986, you will typically see a base and column, a height-adjustable table, and a head assembly that contains the spindle and feed mechanism.

Main drill press parts (what they do)

• Base: Supports the entire drill press; it is the foundation for accuracy and vibration control.
• Column: Vertical post that supports the head and table; keeps everything aligned.
• Table: Work surface that supports the material being drilled.
• Table clamp and table support: Locks the table height and angle (on tilting tables).
• Head: Upper housing that holds the drive system and the quill/spindle assembly.
• Quill: Moves up and down during drilling; guides the spindle.
• Spindle: Rotating shaft that drives the chuck.

Controls and common add-ons you may have

Many drill presses also include these items (varies by model and setup):

• Chuck: Holds the drill bit.
• Feed handles: Levers you pull to lower the quill.
• Depth stop: Limits how deep the bit can drill.
• On/off switch: Power control (on powered drill presses).
• Fence or vise: Helps position and secure the workpiece.

Quick reference table

Part	Primary job	Why it matters
Base	Stability	Reduces vibration and improves hole accuracy
Column	Alignment	Keeps head and table square to the base
Table	Work support	Prevents shifting and tear-out
Quill/spindle	Drilling motion	Controls straight, repeatable drilling

Why it matters

Knowing the names of drill press parts helps you troubleshoot issues like wobble, inaccurate holes, slipping table height, or inconsistent drilling depth. It also makes it easier to identify what you need when you are searching diagrams and replacement components.

Helpful related info

• How to find your appliance model number (and what it means for parts)

Last updated: February 2026

The Craftsman 33525986 is a drill press stand model (not a complete drill press). It’s the stationary base and support structure used to hold and align a drill press head, table, and column so you can drill accurate, repeatable holes in wood or metal.

What this model is used for

A drill press stand like Craftsman 33525986 is designed to keep the spindle and work surface stable and square. In practical terms, it helps you:

• Drill straighter holes with less wobble than a handheld drill
• Set consistent drilling depth using a depth stop (when equipped)
• Support larger workpieces on the table
• Improve safety by keeping the tool anchored and the work supported

What to check to identify your exact setup

Because “33525986” refers to the stand, the exact features depend on the drill press components installed on it. Use these quick checks:

• Look for the model tag on the stand frame or base casting
• Confirm whether your unit is bench-mounted or floor-standing
• Measure the column diameter and note the table style (round vs. rectangular)
• Check the chuck type on the drill press head (keyed vs. keyless)
• Verify the motor plate details (HP/amps and voltage) if your drill press includes a motor

Item to verify	What it affects	Why it matters
Stand model number (33525986)	Stand compatibility	Ensures the base/frame matches your parts list
Drill press head model	Speeds, quill travel, chuck size	Determines drilling capacity and performance
Column and table style	Fit and alignment	Impacts accuracy and available work support

Why it matters

Ordering the right replacement parts depends on matching the stand model (33525986) and, when applicable, the drill press head model. That prevents issues like misaligned tables, incorrect column fit, or mounting holes that do not line up.

Helpful next step

Use our guide on how to find your appliance model number (and what it means for parts) to confirm the model identification details before selecting parts.

Last updated: February 2026

On the Craftsman 33525986 drill press stand, the chuck is typically removed by lowering the quill, releasing the taper fit, and knocking the chuck arbor loose with the correct wedge or a firm, controlled tap. This is a friction-fit connection, not a threaded one.

Before you start (safety and setup)

• Unplug the drill press (or lock out power) before touching the chuck or spindle.
• Remove the drill bit and any chuck key.
• Lower the table or remove the workpiece so you have clear access.
• Support the chuck with a block of wood or your free hand so it does not drop.
• Wear eye protection; small metal chips can dislodge during removal.

Common chuck removal methods

1) Taper-fit chuck with a drift key (most common)

Many Craftsman drill presses use a Jacobs taper (JT) chuck on an arbor, and the arbor seats into the spindle with a Morse taper (MT). To remove it:

• Lower the quill to expose the spindle slot (if your spindle has one).
• Insert the correct drift key (wedge) into the slot.
• Tap the drift key with a hammer until the arbor pops free.

2) If your chuck is on a threaded spindle

Some chucks are threaded on. Typical removal steps:

• Open the jaws fully.
• Look for a retaining screw inside the chuck (often left-hand thread); remove it.
• Hold the spindle and unthread the chuck (direction depends on thread style).

Quick ID guide: taper vs. threaded

What you see	Most likely type	What to do
Slot in spindle/quill for a wedge	Taper-fit	Use a drift key to pop the arbor loose
Retaining screw inside chuck	Threaded (with screw)	Remove screw, then unthread chuck
No slot, no screw	Varies	Check for arbor joint line; try taper method first

Why it matters

Using the correct removal method prevents bent spindles, damaged bearings, and a chuck that will not run true (wobble). A clean, undamaged taper also helps the chuck stay seated during drilling.

If the chuck will not release

• Apply penetrating oil at the arbor joint and wait 10 to 15 minutes.
• Keep the quill lowered and supported; use sharper, lighter taps (not heavy blows).
• Clean the taper surfaces before reinstalling.

For general DIY tool and repair readiness, we recommend reviewing are diy appliance repairs safe.

Last updated: February 2026

On the Craftsman 33525986 drill press stand, spindle repair usually means removing the quill assembly, replacing worn bearings or a bent spindle, then reassembling and re-tramming the setup so the chuck runs true. This is a precision repair; take photos as you disassemble so parts go back in the same order.

Before you start (safety and setup)

• Unplug the drill press and remove the key from the chuck.
• Lower the table and remove the bit.
• Mark the depth stop and return spring housing positions (paint pen helps).
• Support the quill so it cannot drop when retainers are removed.
• Keep small parts organized (snap rings, washers, spacers).

Typical spindle and quill repair steps

These steps fit most bench and floor drill presses that use a quill, spindle, and bearings:

1. Remove the chuck (often with a wedge/key or by lowering the quill and releasing the taper).
2. Remove the quill return spring tension (control the spring so it does not unwind suddenly).
3. Remove the quill retaining hardware (commonly a retaining ring or snap ring).
4. Separate the quill and spindle and note the order of spacers and washers.
5. Press off the bearings from the spindle (a small arbor press is best).
6. Install new bearings on the spindle (press on the correct race to avoid damage).
7. Reinstall the spindle into the quill, then reinstall the retaining ring.
8. Reassemble and adjust: set spring tension, verify quill travel, and check runout.

What to inspect (and what it means)

What you see	Likely cause	What to do
Chuck wobble, but spindle feels smooth	Chuck taper dirty or damaged	Clean taper; reseat chuck; replace chuck if taper is scored
Grinding noise, heat, or rough feel	Worn spindle bearings	Replace bearings; avoid hammering bearings on/off
Quill sticks or returns slowly	Dry quill, burrs, or misadjusted spring	Clean and lightly lubricate quill; reset spring tension
Persistent runout after repair	Bent spindle or damaged taper	Replace spindle; verify alignment and mounting

Why it matters

A worn spindle or bearing set causes runout, oversized holes, and vibration that can damage bits and workpieces. A careful spindle repair restores accuracy and reduces stress on the motor and pulleys.

Helpful DIY reference

For general repair readiness and tool prep (press, pullers, multimeter basics), we recommend reviewing must have tools for appliance repair.

Last updated: February 2026