Miyakawa B Type General Purpose Milling

Product Made in Japan
Manufacturer: Miyakawa
Model: B type

B type drill head for ATC

Features

There are 6 axes from 2 axes. (However, it is limited by weight and outer diameter)
Gear drive method, both spin axes can be manufactured in reverse rotation and forward rotation.
The above figures are different depending on the machine, so a meeting is necessary.
Please order specifications machine specifications and work drawings.
Specifications, structure etc. may be partially changed.
Detailed dimensions are production drawings, please check.
The spindle also produces a type that floats in the axial direction.

Attach the positioning block to the end face of the spindle of the machining center and use a multi-axis head.

Please contact MC model type. Please indicate the following dimensions.	Position & shape of positioning block	P
		Q
		W
		S
		θ
	Machining center specification (Max)	D
		L + length of cutting tool
		weight

Model		Body outer diameter (mm)	Types ofchucks	Scope of hole processing		Minimum pitch oftwo axes (mm)	Length L (reference) (mm)	Maximum speed (min – 1)	Maximum machining drill diameter (S45C) (mm)	Chuck grip diameter (mm)	Weight (kg) (reference)
Model		Body outer diameter (mm)	Types ofchucks	Maximum diameter (mm)	Minimum diameter (mm)	Minimum pitch oftwo axes (mm)	Length L (reference) (mm)	Maximum speed (min – 1)	Maximum machining drill diameter (S45C) (mm)	Chuck grip diameter (mm)	2 axes	4 axes
BT 30	50D	90	C-6	55	40	24	162	4000	5	6	2.7	3.1
BT 40	70D	110	C-6	70	55	24	177	4000	5	6	4.5	5
	70D	110	C-10	70	60	29	177	4000	8	10	5	5.7
	80D	120	C-6	85	55	24	177	4000	5	6	5	5.5
	80D	120	C-10	80	60	29	177	4000	8	10	5.5	6.2
	90D	130	C-6	95	55	24	171	4000	5	6	5.5	6
			C-10	90	60	29	171	4000	8	10	6	6.7
			C-13	85	65	34	196	3000	10	13	7	8
			MT-1	80	70	48	205	3000	12	14	8	9.5
	100D	140	C-6	105	55	24	177	3000	5	6	6	6.5
			C-10	100	60	29	177	3000	8	5	8.5	7.2
			C-13	95	65	34	196	2000	10	13	8	9
			MT-1	90	70	48	205	2000	12	14	9	10.5
	110D	160	C-6	125	55	24	177	2000	5	6	7	8
			C-10	120	60	29	177		8	10	7.5	9
			C-13	115	65	34	196		10	13	9.5	11
			MT-1	110	70	40	205		12	14	10.5	12.5
BT 50	90D	130	C-6	105	70	24	209.5	3000	5	6	10.5	11
			C-10	100	70	29	209.5	3000	8	10	11	11.7
			C-13	95	80	34	229.5	2000	10	13	11	12
			MT-1	80	70	48	237.5	2000	12	14	12	13.5
	100D	140	C-6	105	70	24	209.5	2000	5	6	10.5	11
			C-10	100	70	29	209.5		8	10	11	11.7
			C-13	95	80	34	229.5		10	13	12	13
			MT-1	90	80	48	237.5		12	14	13	14.5
	110D	160	C-10	120	75	29	209.5	2000	8	10	12	13.5
			C-13	115	80	34	229.5		10	13	13	14.5
			MT-1	110	85	48	237.5		12	14	14	18
			MT-2	100	90	52	278.5		19	23	15	17.5
	120D	180	C-10	140	75	29	209.5	1500	8	10	13	14
			C-13	135	80	34	229.5		10	13	14	15.5
			MT-1	130	85	48	237.5		12	14	15	17
			MT-2	120	90	52	278.5		19	23	16	18.5

Features

The spindle also produces a type that floats in the axial direction.
There is also a thing done with one touch to attach and detach the tap.
There are 6 axes from 2 axes. (However, it is limited by weight and outer diameter)
Gear drive method, both spin axes can be manufactured in reverse rotation and forward rotation.
The dimensions in the figure below are different depending on the machine, so a meeting is necessary.
Please order specifications machine specifications and work drawings.
Specifications, structure etc. may be partially changed.
Detailed dimensions are production drawings, please check.
Rigid tapping (For machines with synchronous tapping and direct tapping mechanism, it is possible to screw up with drill head because axial floating is unnecessary.

Attach the positioning block to the end face of the spindle of the machining center and use a multi-axis head.

Please contact MC model type. Please indicate the following dimensions. If there is no synchronization mechanism in the MC, use a floating spindle.	Position & shape of positioning block	P
		Q
		W
		S
		θ
	Machining center specification (Max)	D
		L + length of cutting tool
		weight

Model		Body outer diameter (mm)	Types ofchucks	Scope of hole processing		Minimum pitch oftwo axes (mm)	Length L (reference) (mm)	Maximum speed (min – 1)	Maximum machining drill diameter (S45C) (M)	Chuck grip diameter (M)	Weight (kg) (reference)
Model		Body outer diameter (mm)	Types ofchucks	Maximum diameter (mm)	Minimum diameter (mm)	Minimum pitch oftwo axes (mm)	Length L (reference) (mm)	Maximum speed (min – 1)	Maximum machining drill diameter (S45C) (M)	Chuck grip diameter (M)	2 axes	4 axes
BT 40	70T	110	C-6	70	55	23	216.5	1200	M5	M6	4.5	5.3
	70T	110	C-10	70	60	30	222.5	1200	M8	M12	5	6
	80T	120	C-6	85	55	23	216.5	1200	M5	M6	5	5.8
	80T	120	C-10	80	60	30	222.5	1200	M8	M12	5.5	6.5
	90T	130	C-6	95	55	23	216.5	1200	M5	M6	5.5	6.3
			C-10	90	60	30	222.5	1200	M8	M12	6	7
			C-13	85	65	34	254	800	M12	M16	7.5	9
	100T	140	C-6	105	55	23	216.5	1200	M5	M6	6	6.8
			C-10	100	60	30	222.5	1200	M8	M12	7	8
			C-13	95	65	34	254	800	M12	M16	10	12
	110T	160	C-6	125	55	23	216.5	1200	M5	M6	7	8
			C-10	120	60	30	222.5	1200	M8	M12	7.5	9
			C-13	115	65	34	254	800	M12	M16	10	12
BT 50	90T	130	C-6	95	65	23	249	1200	M5	M6	9.5	10.3
			C-10	90	65	30	255	1200	M8	M12	10	11
			C-13	85	70	34	286.5	800	M12	M16	11.5	13
	100T	140	C-6	105	70	23	249	1200	M5	M6	10.5	11.3
			C-10	100	70	30	255	1200	M8	M12	11	12
			C-13	95	80	34	286.5	800	M12	M16	12.5	14
	110T	160	C-6	115	75	23	249	1200	M5	M6	11.5	12.5
			C-10	110	75	30	255	1200	M8	M12	12	13.5
			C-13	105	85	34	286.5	800	M12	M16	13.5	15.5
	120T	180	C-6	125	75	23	249	1200	M5	M6	12.5	13.5
			C-10	120	75	30	255	1200	M8	M12	13	14.5
			C-13	115	85	34	286.5	800	M12	M16	14.5	16.5