M10 Dowel Pins | McMaster-Carr

Filter by

System of Measurement

Length

Diameter

Fastener Head Type

Shaft Diameter

Material

End Shape

Thread Pitch

Performance

Shaft Length

End Type

Specifications Met

REACH

Pin Type

Shaft Type

Minimum Hardness

Shape

Mount Type

RoHS

Compliant with Exemptions

Thread Type

Thread Length

Export Control Classification Number (ECCN)

EAR99

DFARS Specialty Metals

Thread Spacing

Hardness

37 Products

Pull-Out Dowel Pins

Remove pins even when you only have access to one end or they sit flush with the surface of your part. With one internally threaded end, they are easier to remove than most dowel pins. Thread a screw into the pin and then pull with the removal tool (sold separately). You can also pull the screw with pliers, but there’s more risk of damaging the hole.

Steel

High-Strength Alloy Steel—Our strongest, most wear-resistant pins, these won't bend or break from vibration. Use them for high-stress applications, such as mounting and aligning hydraulic cylinders and injection molds. They perform best in dry environments since moisture will cause them to rust.

								Each
	Lg., mm	Dia. Tolerance, mm	Thread Size	Double Shear Breaking Strength, lbf	Min. Hardness	Specs. Met		1-49	50-199	200-Up
High-Strength Alloy Steel







				20 mm Diameter

				50	0.008 to 0.021	M10 × 1.5 mm	51,500	Rockwell C52	DIN 7979D-m6	000000000	00000	00000	00000


				60	0.008 to 0.021	M10 × 1.5 mm	51,500	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				80	0.008 to 0.021	M10 × 1.5 mm	51,500	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000

Pin Removal Tools

		Each
Puller Handle	000000000	000000
Tip for 3/4"-1-1/2" (13-20 mm) Diameter Pin	000000000	00000
Extension (5 1/2 Overall Length)	000000000	00000

Single-End Studs

Screw the threaded end of these studs into a tapped hole, and use the unthreaded end as a pivot point, hinge, shaft, or locator pin.

Steel—These studs are steel for strength and wear resistance. They’re best for dry environments since moisture will cause them to rust. All meet ISO 2342 (formerly DIN 427), an international standard for fastener dimensions.

			Shaft, mm
	Lg., mm	Thread Lg., mm	Lg.	Dia.	Dia. Tolerance	Tensile Strength	Hardness	Drive Style	Specs. Met	Pkg. Qty.		Pkg.
Steel







				M10 × 1.5 mm

				16	12	4	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	000000


				20	12	8	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	0000
				25	12	13	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	00000
				30	12	18	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	0000
				35	12	23	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	00000
				40	12	28	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	1	000000000	0000
				50	12	38	10	-0.22 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	1	000000000	0000

Threaded Taper Pins

Tighten the

nut to draw

the pin out of

the hole.

Threads on these pins stick out for easy removal from blind holes. Tighten the hex nut to draw the pin out. Often used for positioning components and securing assemblies, they taper at a uniform rate to fit in tapered holes. For a snug fit, use a tapered drill bit that matches the pin number for inch sizes or the small end diameter for metric sizes. They have slightly rounded edges to aid insertion.

Metric

Length for metric pins measures the overall length, including the thread.

12L14 Carbon Steel—12L14 Carbon steel pins have good strength.

Breaking Strength—Breaking strength is measured as single shear, which is the force required to break the pin into two pieces.

	Thread Lg., mm	Thread Size	Min. Hardness	Breaking Strength, psi	Specs. Met	Pkg. Qty.		Pkg.
12L14 Carbon Steel







	10 mm Small End Diameter

	65	10.7	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	00000


	70	10.8	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	75	10.9	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	80	11	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	85	11.1	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	90	11.2	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	95	11.3	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000
	100	11.4	1:50	25.5	M10	Rockwell B80	34,500	DIN 7977, ISO 8737	1	000000000	0000


	303 Stainless Steel







					10 mm Small End Diameter

					65	10.7	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000


					70	10.8	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					75	10.9	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					80	11	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					85	11.1	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					90	11.2	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					95	11.3	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000
					100	11.4	1:50	25.5	M10	Rockwell B96	34,500	DIN 7977, ISO 8737	1	000000000	00000

Threaded Locating and Support Buttons

Flat Head

Domed Head

Use these buttons to support and position workpieces and fixtures from the bottom or side. Threading makes these buttons easier to replace than press-fit, so they are a good choice for high-wear applications. They’re also known as rest buttons.

Hardened Heat Treatment—Hardened steel buttons are stronger and resist wear better than steel buttons. They are precision ground, which helps them maintain their shape and size, even with repeated use. This makes them a good choice for use in modular fixtures where repeatability and exact positioning are important.

Domed Head—Buttons with a domed head support rounded or irregularly shaped workpieces with minimal contact.

Hex—Their hex shape lets you screw them into a threaded hole with a wrench or socket.

			Thread
	Lg., mm	Wd., mm	Size	Lg., mm	Lg. Tolerance, mm	Shape	Specs. Met		Each
Steel with Flat Head



		20	17	M10 × 1.5 mm	16	-0.2 to 0.2	Hex	DIN 6320	0000000	00000


		Hardened Steel with Flat Head



				10	19	M10 × 1.5 mm	12	-0.01 to 0.01	Hex	—	0000000	00000


				Hardened Steel with Domed Head



						10	19	M10 × 1.5 mm	12	-0.1 to 0.1	Hex	—	0000000	00000

Threaded Hole Location Gauges

Find the true center of threaded holes to precisely align and measure parts. Once you thread these gauges into a hole, their cylinder sticks out as a reliable reference point. They’re often used with a coordinate measuring machine (CMM) to pinpoint the coordinates of the cylinder’s exact center. You can then use those coordinates to measure distances between points or reference them for error-free assembly. Even without a CMM, you can use these gauges with a micrometer to measure accurate center-to-center distances.

Thread Size	Thread Type	Hardness	Material	Each
M10 × 0.75 mm	Metric	Rockwell C60	Tool Steel	0000000
M10 × 1.25 mm	Metric	Rockwell C60	Tool Steel	000000
M10 × 1.5 mm	Metric	Rockwell C60	Tool Steel	000000

Screw-Mount Locating and Support Buttons


	Flat Head	Hex	Domed Head

Also known as rest buttons, these buttons support workpieces and fixtures from the bottom or side. Mount them onto a screw or stud extending from your jig or table.

Hex—Hex buttons are easy to turn with a wrench. They have a threaded hole, so you can mount them to a threaded bolt or stud.

Domed Head—Those with a domed head support round or irregularly shaped workpieces with minimal contact.

	Lg., mm	Lg. Tolerance, mm	Thread Size	Mounting Fasteners Included		Each
Hardened Steel—Hex with Flat Head



	19	20	-0.01 to 0.01	M10 × 1.5 mm	No	0000000	000000


	Hardened Steel—Hex with Domed Head



			19	20	-0.1 to 0.1	M10 × 1.5 mm	No	0000000	00000