Crossed-Roller Bearings | McMaster-Carr

Filter by

Roller Bearing Type

For Load Direction

System of Measurement

Shaft Diameter

For Housing ID

Width

Bearing Seal Type

Bearing Type

Lubrication

Static Combined Load Capacity

Dynamic Combined Load Capacity

Bolt Circle Diameter

Shaft Type

Bearing Construction

Shaft Mount Type

Cage Material

Roller Material

Ring Material

REACH Compliance

Maximum Temperature

Lubricant

Forward

How can we improve?

95 Products

Thin-Profile Crossed-Roller Bearings

For a more compact machine, these bearings have thinner inner and outer rings than high-load crossed-roller bearings. Route hydraulic lines, electrical wiring, and other components through the inside of the bearing. The rollers face in alternating directions to allow for rigid, accurate motion under any combination of radial, thrust, and moment (twisting) loads. Use in applications where highly accurate motion is necessary, such as machine tools and industrial robots.

Open bearings dissipate heat more efficiently than sealed bearings.

Sealed bearings block out dust and other contaminants better than open bearings, but retain more heat.

For technical drawings and 3-D models, click on a part number.

				Combined Load Cap., lbs.
For Shaft Dia., mm	For Housing ID, mm	Wd., mm	Ring Material	Dynamic	Static	Max. Speed, rpm	Lubrication	Temp. Range, °F	Features		Each
Open
10	21	5	Steel	250	180	1,000	Required	0° to 175°	Lubrication Hole	0000000	0000000
15	26	5	Steel	290	240	1,000	Required	0° to 175°	Lubrication Hole	0000000	000000
20	31	5	Steel	310	290	2,900	Required	0° to 230°	__	0000000	000000
30	41	5	Steel	390	440	2,100	Required	0° to 230°	__	0000000	000000
40	51	5	Steel	440	560	1,600	Required	0° to 230°	__	0000000	000000
50	61	5	Steel	510	710	1,300	Required	0° to 230°	__	0000000	000000
60	71	5	Steel	590	910	1,200	Required	0° to 175°	Two Lubrication Holes	0000000	000000
70	81	5	Steel	630	1,050	1,050	Required	0° to 175°	Two Lubrication Holes	0000000	000000
80	91	5	Steel	680	1,200	900	Required	0° to 175°	Lubrication Hole	0000000	000000
90	101	5	Steel	710	1,350	800	Required	0° to 175°	Lubrication Hole	0000000	000000
100	111	5	Steel	750	1,450	750	Required	0° to 175°	Lubrication Hole	0000000	000000
Sealed
50	66	8	Steel	1,100	1,600	700	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
60	76	8	Steel	1,250	1,950	500	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	000000
70	86	8	Steel	1,300	2,200	510	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
80	96	8	Steel	1,400	2,500	460	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
90	106	8	Steel	1,500	2,750	375	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	000000
100	116	8	Steel	1,600	3,100	350	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	000000
110	126	8	Steel	1,650	3,350	300	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	000000
120	136	8	Steel	1,750	3,700	275	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	000000
130	146	8	Steel	1,750	3,950	290	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
140	156	8	Steel	1,850	4,250	270	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
150	166	8	Steel	1,950	4,600	250	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
160	186	13	Steel	5,200	10,050	230	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
170	196	13	Steel	5,250	10,400	220	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
180	206	13	Steel	5,500	11,150	205	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
190	216	13	Steel	5,550	11,550	195	Lubricated	0° to 175°	Four Lubrication Holes	0000000	000000
200	226	13	Steel	5,800	12,250	175	Lubricated	0° to 175°	Lubrication Groove, Lubrication Hole	0000000	00000000

High-Load Face-Mount Crossed-Roller Bearings

With thicker inner and outer raceways, these bearings can handle heavier loads than thin-profile crossed roller bearings. Mounting holes on the inner and outer rings allow for fastening onto hollow joints and shafts. The rollers face in alternating directions to allow for rigid, accurate motion under any combination of radial, thrust, and moment (twisting) loads. Use in applications where highly accurate motion is necessary, such as machine tools and industrial robots.

Open bearings dissipate heat more efficiently than sealed bearings.

Sealed bearings block out dust and other contaminants better than open bearings, but retain more heat.

For technical drawings and 3-D models, click on a part number.

				Combined Load Cap., lbs.
For Shaft Dia., mm	For Housing ID, mm	Wd., mm	Ring Material	Dynamic	Static	Max. Speed, rpm	Lubrication	Temp. Range, °F	Features		Each
Open
10	52	8	Steel	650	540	2,400	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	0000000
20	70	12	Steel	1,700	1,850	1,600	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
25	80	12	Steel	1,900	2,350	1,400	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
35	95	15	Steel	3,850	4,650	1,100	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
55	120	15	Steel	4,500	6,200	850	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
80	165	22	Steel	11,400	16,100	600	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
90	210	25	Steel	16,500	24,200	500	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
115	240	28	Steel	18,950	31,000	400	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
160	295	35	Steel	23,350	38,850	350	Lubricated	0° to 175°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
210	380	40	Steel	35,050	63,150	260	Lubricated	0° to 175°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
Sealed
10	52	8	Steel	650	540	1,900	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
20	70	12	Steel	1,700	1,850	1,300	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
25	80	12	Steel	1,900	2,350	1,100	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
35	95	15	Steel	3,850	4,650	900	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
55	120	15	Steel	4,500	6,200	650	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
80	165	22	Steel	11,400	16,100	450	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
90	210	25	Steel	16,500	24,200	400	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
115	240	28	Steel	18,950	31,000	300	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
160	295	35	Steel	23,350	38,850	350	Lubricated	0° to 175°	Lubrication Groove, Two Lubrication Holes	0000000	00000000
210	380	40	Steel	35,050	63,150	260	Lubricated	0° to 175°	Lubrication Groove, Two Lubrication Holes	0000000	00000000

High-Load Crossed-Roller Bearings

The thicker inner and outer raceways on these bearings can handle heavier loads than the thin-profile crossed-roller bearings. The rollers face in alternating directions to allow for rigid, accurate motion under any combination of radial, thrust, and moment (twisting) loads. Use in applications where highly accurate motion is necessary, such as machine tools and industrial robots.

Open bearings dissipate heat more efficiently than sealed bearings.

Sealed bearings block out dust and other contaminants better than open bearings, but retain more heat.

For technical drawings and 3-D models, click on a part number.

				Combined Load Cap., lbs.
For Shaft Dia., mm	For Housing ID, mm	Wd., mm	Ring Material	Dynamic	Static	Max. Speed, rpm	Lubrication	Temp. Range, °F	Features		Each
Open
30	55	10	Steel	1,700	1,850	1,750	Required	0° to 245°	__	0000000	0000000
40	65	10	Steel	1,900	2,350	1,400	Required	0° to 245°	__	0000000	000000
50	80	13	Steel	3,850	4,650	1,150	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
60	90	13	Steel	4,200	5,450	1,000	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
70	100	13	Steel	4,500	6,200	880	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
80	120	16	Steel	7,200	9,700	750	Required	0° to 230°	Lubrication Groove, Two Lubrication Holes	0000000	000000
90	130	16	Steel	7,400	10,500	680	Required	0° to 245°	__	0000000	000000
100	150	20	Steel	11,400	16,200	600	Required	0° to 245°	__	0000000	000000
110	160	20	Steel	11,750	17,400	550	Required	0° to 245°	__	0000000	000000
120	180	25	Steel	16,500	24,250	500	Required	0° to 245°	__	0000000	000000
Sealed
20	36	8	Steel	650	540	2,100	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
30	55	10	Steel	1,700	1,850	1,400	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
40	65	10	Steel	1,900	2,350	1,100	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
50	80	13	Steel	3,850	4,600	900	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
60	90	13	Steel	4,200	5,400	800	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
70	100	13	Steel	4,500	6,200	700	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
80	120	16	Steel	7,200	9,700	600	Lubricated	0° to 210°	Lubrication Groove, Two Lubrication Holes	0000000	000000
90	130	16	Steel	7,400	10,500	540	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
100	150	20	Steel	11,400	16,200	480	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
110	160	20	Steel	11,750	17,400	440	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
120	180	25	Steel	16,500	24,250	400	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	000000
200	260	25	Steel	20,700	37,950	260	Lubricated	0° to 245°	Lubrication Groove, Two Lubrication Holes	0000000	00000000

Thin-Profile Face-Mount Crossed-Roller Bearings

With thinner inner and outer rings, these bearings keep your machines more compact than high-load crossed-roller bearings. Route hydraulic lines, electrical wiring, and other components through the inside of the bearing. Mounting holes on the rings allow for fastening onto hollow joints and shafts. The rollers face in alternating directions to allow for rigid, accurate motion under any combination of radial, thrust, and moment (twisting) loads. Use in applications where highly accurate motion is necessary, such as machine tools and industrial robots.

For technical drawings and 3-D models, click on a part number.

				Combined Load Cap., lbs.
For Shaft Dia., mm	For Housing ID, mm	Wd., mm	Ring Material	Dynamic	Static	Max. Speed, rpm	Lubrication	Temp. Range, °F		Each
Open
10	43	5	Steel	330	310	2,800	Lubricated	0° to 210°	0000000	0000000
20	53	5	Steel	420	480	2,050	Lubricated	0° to 210°	0000000	000000
30	63	5	Steel	480	610	1,600	Lubricated	0° to 210°	0000000	000000
40	73	5	Steel	540	780	1,300	Lubricated	0° to 210°	0000000	000000

High-Load Low-Friction Telescoping Slides

With a row of crossed-roller bearings on each side of the rail, these slides have over twice the load capacity of standard low-friction slides and are better for handling shock loads. Use them for short-travel, high-speed applications where low-friction performance is a must.

Travel length is the total distance the carriage travels in both directions. For example, a slide with a 6" travel length travels 3" in each direction.

Note: Capacities listed are for horizontal mounting. If side mounted, load capacities are cut in half.

For technical drawings and 3-D models, click on a part number.

Inch

							Carriage Mounting		Rail Mounting
Rail Lg.	Rail Ht.	Travel Lg.	Dynamic Load Cap., lbs.	Carriage Wd.	O'all Ht.	Max. Temp., °F	No. of Holes	Hole Thread Size	No. of Holes	For Fastener Thread Size	Mounting Fasteners Included		Each
Aluminum Carriage and Rail
1/4" Rail Wd.
1.06"	0.19"	0.5"	30	0.56"	0.32"	180°	4	2-56	2	2-56	No	0000000	0000000
0.38" Rail Wd.
1.06"	0.25"	0.5"	45	0.75"	0.41"	180°	4	4-40	2	4-40	No	0000000	000000
2.06"	0.25"	1"	75	0.75"	0.41"	180°	4	4-40	2	4-40	No	0000000	000000
1/2" Rail Wd.
1.56"	0.31"	0.75"	110	1.06"	0.53"	180°	4	6-32	2	6-32	No	0000000	000000
2.56"	0.31"	1.5"	130	1.06"	0.53"	180°	4	6-32	2	6-32	No	0000000	000000
3.56"	0.31"	2"	220	1.06"	0.53"	180°	4	6-32	2	6-32	No	0000000	000000
4.56"	0.31"	3"	260	1.06"	0.53"	180°	4	6-32	2	6-32	No	0000000	000000
6"	0.31"	4"	280	1.06"	0.53"	180°	4	6-32	2	6-32	No	000000	000000
8"	0.31"	6"	290	1.06"	0.53"	180°	4	6-32	2	6-32	No	000000	000000
10"	0.31"	8"	320	1.06"	0.53"	180°	4	6-32	2	6-32	No	000000	000000

Metric

							Carriage Mounting		Rail Mounting
Rail Lg., mm	Rail Ht., mm	Travel Lg., mm	Dynamic Load Cap., lbs.	Carriage Wd., mm	O'all Ht., mm	Max. Temp., °F	No. of Holes	Hole Thread Size	No. of Holes	For Fastener Thread Size	Mounting Fasteners Included		Each
Aluminum Carriage and Rail
6.4 mm Rail Wd.
27	4.7	13	30	14.2	8	240°	4	M2	2	M2	No	0000000	0000000
9.5 mm Rail Wd.
27	6.3	13	45	19	10	240°	4	M3	2	M3	No	0000000	000000
52	6.3	25	75	19	10	240°	4	M3	2	M3	No	0000000	000000
78	6.3	50	90	19	10	240°	4	M3	2	M3	No	0000000	000000
103	6.3	75	95	19	10	240°	4	M3	2	M3	No	0000000	000000
12.7 mm Rail Wd.
40	7.9	19	110	26.9	13	240°	4	M4	2	M4	No	0000000	000000
65	7.9	38	130	26.9	13	240°	4	M4	2	M4	No	0000000	000000
90	7.9	50	220	26.9	13	240°	4	M4	2	M4	No	0000000	000000
116	7.9	75	260	26.9	13	240°	4	M4	2	M4	No	0000000	000000

Telescoping Rail Sets

Create your own positioning table or telescoping slide.

Steel rails have crossed-roller bearings that handle high loads for their small size.

For technical drawings and 3-D models, click on a part number.

			O'all, mm			Mounting
Rail Lg., mm	Travel Lg., mm	Dynamic Load Cap., lbs.	Wd.	Ht.	Max. Temp., °F	No. of Holes per Rail	Hole Thread Size	Fasteners Included	Includes		Each
Steel Rails
75	50	290	18	8	175°	3	M4	No	Four Rails Two Roller Bearing Cages Eight End Stops	0000000	0000000
100	70	380	18	8	175°	4	M4	No	Four Rails Two Roller Bearing Cages Eight End Stops	0000000	000000
150	100	580	18	8	175°	6	M4	No	Four Rails Two Roller Bearing Cages Eight End Stops	0000000	000000