M6 Dowel Pins | McMaster-Carr

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98 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

Spring Steel—These pins won't deform from stress and vibration. They're stronger than stainless steel but not quite as strong as alloy steel. Pins 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
Spring Steel







				10 mm Diameter

				24	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	00000	00000	00000


				28	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				30	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				32	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				36	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				40	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				50	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				60	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				70	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
				80	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000




						12 mm Diameter

						24	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000


						30	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
						36	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
						45	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
						50	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000
						60	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000	0000	0000

Pin Removal Tools

		Each
Puller Handle	000000000	000000
Tip for 3/16"-5/8" (6-12 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







				M6 × 1 mm

				10	7.2	2.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	000000


				12	7.2	4.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	00000
				16	7.2	8.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	0000
				18	7.2	10.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	00000
				20	7.2	12.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	00000
				25	7.2	17.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	5	000000000	0000
				30	7.2	22.8	6	-0.18 to 0	Not Rated	Rockwell B75	Slotted	DIN 427, ISO 2342	10	000000000	00000

Vented Pull-Out Dowel Pins

Insert and remove from blind holes with less effort than pins that aren't vented. The vent relieves trapped air, so pressure doesn't create resistance as you install the pin. Because they have a tapped end, you can thread in a screw and pull the pin out with a removal tool (sold separately). You can also pull using pliers, but there’s more risk of damaging the hole.

Flat Shaft

The flat side of these pins creates a vent that's less likely to be blocked than a spiral shaft, but doesn’t offer quite as strong of a hold.

18-8 Stainless Steel—The choice for wet and outdoor environments. In addition to resisting rust, these pins also withstand mild chemicals such as cleaners and degreasers. They are strong enough to join most components but won't withstand extreme stress and vibration as well as steel.

	Double Shear Breaking Strength, lbf	Min. Hardness	Specs. Met		Each
Spring Steel







	10 mm Diameter

	24	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	00000


	28	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	30	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	36	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	40	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	50	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	60	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000
	70	0.006 to 0.015	M6 × 1 mm	Not Rated	Rockwell C52	DIN 7979D-m6	000000000	0000




			12 mm Diameter

			24	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000


			30	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000
			36	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000
			40	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000
			45	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000
			50	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000
			60	0.007 to 0.018	M6 × 1 mm	24,000	Rockwell C52	DIN 7979D-m6	000000000	0000


			18-8 Stainless Steel







							10 mm Diameter

							20	0.006 to 0.015	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000


							40	0.006 to 0.015	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000
							60	0.006 to 0.015	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000
							80	0.006 to 0.015	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000




									12 mm Diameter

									24	0.007 to 0.018	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000


									40	0.007 to 0.018	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000
									50	0.007 to 0.018	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000
									80	0.007 to 0.018	M6 × 1 mm	101,000	Rockwell C18	DIN 7979C-m6	000000000	00000

Pin Removal Tools

		Each
Puller Handle	000000000	000000
Tip for 3/16"-5/8" (6-12 mm) Diameter Pin	000000000	00000
Extension (5 1/2 Overall Length)	000000000	00000

Steel Headless Slotted Precision Shoulder Screws

With no head, you can flush mount these screws in countersunk holes and tight spaces. You can also use them as pins for aligning parts. They are engineered to tight tolerances for assemblies that require smooth and accurate movement, with shoulder diameters twice as precise as those on standard-fit screws. Hand-tighten with a slotted screwdriver to avoid damaging the drive.

	Tensile Strength	Specs. Met	Pkg. Qty.		Pkg.
Alloy Steel







	8 mm Diameter Shoulder (-0.036 mm to 0 mm Tolerance)

	8	M6 × 1 mm	8	Not Rated	DIN 927	5	000000000	00000


	10	M6 × 1 mm	8	Not Rated	DIN 927	5	000000000	00000
	12	M6 × 1 mm	8	Not Rated	DIN 927	5	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







	6 mm Small End Diameter

	45	6.5	1:50	19	M6	Rockwell B80	34,500	DIN 7977, ISO 8737	5	000000000	00000


	50	6.6	1:50	19	M6	Rockwell B80	34,500	DIN 7977, ISO 8737	5	000000000	0000
	55	6.7	1:50	19	M6	Rockwell B80	34,500	DIN 7977, ISO 8737	5	000000000	00000
	60	6.8	1:50	19	M6	Rockwell B80	34,500	DIN 7977, ISO 8737	5	000000000	00000


	303 Stainless Steel







					6 mm Small End Diameter

					45	6.5	1:50	19	M6	Rockwell B96	34,500	DIN 7977, ISO 8737	5	000000000	00000


					50	6.6	1:50	19	M6	Rockwell B96	34,500	DIN 7977, ISO 8737	5	000000000	00000
					55	6.7	1:50	19	M6	Rockwell B96	34,500	DIN 7977, ISO 8737	5	000000000	00000
					60	6.8	1:50	19	M6	Rockwell B96	34,500	DIN 7977, ISO 8737	5	000000000	00000

Fixturing for Parts Inspection

From towers and brackets to standoffs and supports, these components are the building blocks for your custom fixturing setup. They elevate parts so you can access a variety of angles for measuring and inspecting while protecting your measuring device from hitting the inspection table. You’ll often see them used with coordinate measuring machines (CMMs). They’re not for use in machining applications.

Kits

Kits come with a base set of clamps, standoffs, and other supports for positioning parts. Add other components, such as magnetic V-supports, to expand your starter toolkit for complex setups.

	Includes		Each
M6 Threads



	42	2 Hold-Down Clamps—38 mm Reach × 38 mm O'all Ht. 4 Hold-Down Clamps—58 mm Reach × 75 mm O'all Ht. 3 Standoffs—13 mm Dia. × 20 mm Ht. 3 Standoffs—13 mm Dia. × 25 mm Ht. 3 Standoffs—13 mm Dia. × 50 mm Ht. 3 Standoffs—19 mm Dia. × 20 mm Ht. 3 Standoffs—19 mm Dia. × 25 mm Ht. 3 Standoffs—19 mm Dia. × 50 mm Ht. 3 Standoffs—25 mm Dia. × 20 mm Ht. 3 Standoffs—25 mm Dia. × 25 mm Ht. 3 Standoffs—25 mm Dia. × 50 mm Ht. 1 Adjustable-Height Standoff—13 mm Dia. 2 Pin Supports—13 mm Dia. × 25 mm Ht. 3 Cone Supports 1 Positioning Plate—35 mm Lg. 1 Positioning Plate—76 mm Lg. 1 Acetal Plastic Tray	0000000	0000000

Fixture Towers

Fixture towers give you four vertical grids and a small horizontal one on top, so you can set up custom scaffolds to position parts in several planes. Their height makes them useful for propping up large workpieces. Each tower can uphold multiple parts. The threaded holes on the vertical grids are labeled with letters and numbers, making it easy to identify holes.

		Tower, mm		Base, mm
	Overall Ht., mm	Lg.	Wd.	Lg.	Wd.	Number of Holes	Material	Includes		Each
M6 Hole Thread Size



		150	25	25	127	25	33	Aluminum	Two M6 Knurled Knobs	0000000	0000000

Angle Brackets

Angle brackets create a 90° mounting point, so you can secure small workpieces with supports. Shorter than towers, they’re a good choice for parts that are about the size of your palm. The base bolts into your surface, so these brackets won’t budge.

				Slots, mm
	Lg., mm	Wd., mm	Ht., mm	Lg.	Wd.	Number of Holes	Material	Includes		Each
M6 Hole Thread Size



		76	25	76	44	7.8	18	Aluminum	Two M6 Bolts	0000000	000000

Standoffs

Standoffs raise the height of towers and angle brackets or extend the reach of supports and clamps. Screw them into one another for added length.

	Material		Each
M6 × 1 mm Threads







	Fixed Standoff Height

	13	10	6.2	Steel	0000000	000000


	13	25	6.2	Steel	0000000	00000
	13	50	6.2	Steel	0000000	00000
	13	75	6.2	Steel	0000000	00000

Magnetic Supports

Magnetic supports securely raise and hold metal parts, no clamps required.

	Ht., mm	Thread Lg., mm	Max. Magnetic Pull, lbf	Material		Each
M6 × 1 mm Threads



	13	25	6.2	9	Steel	0000000	000000

Magnetic V-Supports

Magnetic V-supports have a notch to cradle metal cylindrical workpieces, like a spoon rest.

	Ht., mm	V Wd., mm	V Dp., mm	V Angle	Thread Lg., mm	Max. Magnetic Pull, lbf	Material		Each
M6 × 1 mm Threads



	13	25	13	3.6	120°	6.3	9	Steel	0000000	000000

Cone Supports

Cone supports have a round pointed tip to minimize contact with your workpiece, so they’re often used to prop up delicate parts. They’re also useful for parts with irregular surfaces that slide off larger supports. Made of plastic, they’re nonmarring.

	Ht., mm	Thread Lg., mm	Material		Each
M6 × 1 mm Threads



	16	13	9.6	Nylon	0000000	00000

Positioners

Positioners secure components anywhere along the length of their slot, similar to drop-in nuts on T-slotted rails. This gives you the flexibility to install components between the threaded holes on plates, brackets, and towers.

				Slots, mm
	Lg., mm	Wd., mm	Thk., mm	Lg.	Wd.	Number of Holes	Material	Includes		Each
M6 Hole Thread Size



		75	25	10	30	6.5	1	Steel	Two M6 Knurled Knobs	0000000	000000

Trays

Trays have slots to store and organize standoffs, supports, and other small components.

	Wd., mm	Ht., mm	Material		Each
For M6 Thread



	432	203	25	Acetal	0000000	0000000

Corner Plates

Corner plates act as a repeatable stop, making it easy for your CMM and vision system to find your workpiece. When using them with a vision system, fasten them to an acrylic plate. They have threaded holes for standoffs and other fixturing components.

	Wd., mm	Thk., mm	Number of Holes	Material	Includes		Each
M6 Hole Thread Size



	44	44	6	5	Aluminum	Two M6 Bolts	0000000	000000


	75	75	6	9	Aluminum	Two M6 Bolts	0000000	00000

Threaded Locating and Support Buttons


	Flat 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.

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



		10	10	M6 × 1 mm	11	-0.2 to 0.2	Hex	DIN 6320	0000000	00000

Clamps for Parts Inspection

With a light yet sturdy hold, these clamps help you keep workpieces in place hands-free for measuring and inspecting. Thread them right into your fixturing surface, whether it’s a plate, tower, or table. Because they apply less pressure than machining clamps, they won’t distort your parts, so you can take accurate measurements. While these clamps aren’t sturdy enough for use in machining, you can still use them for light fabrication work, such as laser engraving.

Hold-Down Clamps

Tension Spring

Thumb

Screw

Squeeze

Tabs

Hold-down clamps secure parts from the top.

Tension Spring—Tension spring clamps are the most common type of clamp. Slide the arm down the shaft until it touches the top of your workpiece. Since you apply pressure directly, using too much force might move your part.

Thumb Screw—Clamps with a thumb screw give you more control over the pressure you apply on a workpiece than tension spring clamps. Twisting the screw moves the clamp up or down in small increments, so they’re less likely to dent or scratch your workpiece. The knurled head on the screw is slip resistant, letting you make precise turns with reliable grip.

Squeeze Tabs—Clamps with squeeze tabs on the back are best for supporting delicate parts. They have the lightest touch of any clamps we offer, because the tension is held in the tabs rather than the clamp itself. Press the tabs together like a clothespin and rotate the clamp where you need it.

	Clamps						Replacement Mounting Shafts		Replacement Clamp Arms
	Reach Lg., mm	Ht., mm	Thread Lg., mm	Material		Each		Each		Each
Tension Spring







				M6 × 1 mm Threads

				21	50	6.2	Aluminum	0000000	000000	———	0	———	0


				38	75	6.2	Aluminum	0000000	00000	———	0	———	0
				58	75	6.2	Aluminum	0000000	00000	———	0	———	0


				Thumb Screw







								M6 × 1 mm Threads

								40	38	9.5	Aluminum	0000000	00000	———	0	———	0


								76	63	6.4	Aluminum	0000000	00000	———	0	———	0
								112	89	9.5	Aluminum	0000000	000000	———	0	———	0


								Squeeze Tabs







												M6 × 1 mm Threads

												83	76	9.5	Plastic	0000000	00000	0000000	000000	0000000	000000

Side Clamps

Side clamps don’t block access to the top of your workpiece like hold-down clamps. They push one side of your workpiece against another barrier, such as a standoff, support, or corner plate. Made of durable yet flexible plastic, the outer edge of the clamp slightly contracts when you pull the circular trigger—like drawing a bow.

Thread Lg., mm	Material		Each







M6 × 1 mm Threads

77	66	13	19	Plastic	0000000	000000

Positioning Clamps

Positioning clamps give you the most flexible setup of any clamps. They’re the best choice for curved or irregular shapes, such as cylinders. Both sliding pins on each arm have an O-ring that compresses when you push them tight against a workpiece. The O-ring cushions the pressure you apply, and it also gives grip while protecting parts from scratches. With an arm that rotates 360°, you can create movable supports. These clamps also have a magnetic flange to help secure metal parts.

	Opening, mm
Reach Lg., mm	Min.	Max.	Lg., mm	Wd., mm	Ht., mm	Thread Lg., mm	Material		Pair







			M6 × 1 mm Threads

			19	11	57	92	12.7	63	6.4	Aluminum	0000000	0000000

Fixture Plates

Lay the foundation for your fixturing setup. These plates have a grid with evenly spaced threaded holes to install angle brackets and other fixturing components. They’re often used to help secure workpieces for measuring and inspecting. Just like a battleship gameboard, the edges are labeled with letters and numbers, making it easy to identify holes. While these lightweight plates aren’t for machining, you can use them for light fabrication jobs, such as laser marking. All can be attached to your table with clamps (not included), making them easy to remove and swap.

Fixture Plates

Anodized Aluminum—Anodized aluminum plates are often used with coordinate measuring machines (CMMs) and optical comparators. The coating protects them from scratches and wear, even when you’re working with heavy parts.

					Holes
	Lg., mm	Wd., mm	Thk., mm	Parallel Tolerance, mm	No. of	Ctr.-to-Ctr., mm	Material		Each
M6 Hole Thread Size



		150	150	10	0.635	81	15	Anodized Aluminum	0000000	0000000


		300	300	13	0.635	324	15	Anodized Aluminum	0000000	000000
		450	450	13	0.635	729	15	Anodized Aluminum	0000000	00000000
		600	600	19	0.635	1,369	15	Anodized Aluminum	0000000	00000000

Quick-Change Adapters

Quick-change adapters fasten to the side of plates, converting them into quick-change fixture plates. Rather than having to clamp or bolt plates down, adapters let you snap them in and out of a magnetic mounting rail.

			Magnetic Mount		Bolt-On Mount
Lg., mm	Wd., mm	Thk., mm	Max. Magnetic Pull, lbf	No. of Mounting Edges	Mounting Fasteners Included	No. of Mounting Holes	For Mounting Fastener Thread Size	Mounting Hole Ctr.-to-Ctr., mm	Material		Each



	180	30	13	3.5	1	Yes	2	M6	147	Anodized Aluminum	0000000	0000000

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
M6 × 1 mm	Metric	Rockwell C60	Tool Steel	0000000	0000000

Swiveling Locating and Support Buttons

The swiveling tip supports uneven and angled surfaces on workpieces and fixtures. These buttons screw into a threaded hole. Also known as rest buttons.

		Head, mm				Thread
	Tip Dia., mm	Lg.	Wd.	Tip-to-Head Lg., mm	Lg., mm	Size	Lg., mm	Range of Motion	Head Lg. Tolerance, mm	Load Cap., lb.	Tip Material		Each
Steel



		8	8	10	2	10	M6 × 1 mm	12	28°	-0.05 to 0.05	2,050	Stainless Steel	0000000	000000

Quick-Change Fixture Plates

Snap these magnetic plates in and out of the mounting rail as swappable stages for measuring and inspecting parts. Unlike standard fixture plates that you need to bolt or clamp down, these quickly attach and release, creating a hub of plates that are locked and loaded. As your coordinate measuring machine (CMM) works in the background, position your next workpiece on another plate so it’s ready to switch out for the next run. If you need more room to inspect parts, combine plates in a chain to extend your surface. While they’re not sturdy enough for use in machining, you can use them for light fabrication work, such as laser engraving.

When docked on a rail, the strong magnets in these plates hold them still. The lightweight aluminum makes them easy to lift and swap, and an anodized coating protects them from scratches and wear, even if you’re working with heavy parts.

Fixture Plates

1 Mounting Edge

Fixture plates hold components such as towers, clamps, and standoffs in the evenly spaced holes to raise and position parts.

					Holes
	Lg., mm	Wd., mm	Thk., mm	Parallel Tolerance, mm	No. of	Ctr.-to-Ctr., mm	Max. Magnetic Pull, lbf	Material		Each
1 Mounting Edge—M6 Hole Thread Size



		180	180	13	0.127	81	20	3.5	Anodized Aluminum	0000000	0000000


		180	360	13	0.127	162	20	3.5	Anodized Aluminum	0000000	000000
		360	360	13	0.127	324	20	3.5	Anodized Aluminum	0000000	000000
		360	540	13	0.127	486	20	3.5	Anodized Aluminum	0000000	00000000

Corner Plates

Image of Product. Bottom orientation. Contains Annotated. Coordinate Measuring Machine Plates and Fixtures. Quick-Change Fixture Plates, Corner Plates.

Corner plates make it easy for your CMM to find a workpiece since they act as a repeatable stop. The negative space gives you access underneath parts that are propped up.

					Holes
	Lg., mm	Wd., mm	Thk., mm	Parallel Tolerance, mm	No. of	Ctr.-to-Ctr., mm	Max. Magnetic Pull, lbf	Material		Each
1 Mounting Edge—M6 Hole Thread Size



		180	180	13	0.127	22	20	3.5	Anodized Aluminum	0000000	0000000