TOKYO BOEKI NORTH AMERICA,INC

•	Able to make marking on all the faces, with a single setting.
•	Able to largely shorten the time for measurement and marking.
•	Able to easily handle works of complex geometry.
•	Needing no new setting-up for large works, the safety in handling can be enhanced.
•	Operation is very simple, needing no dexterity.
•	Able to attach a digital processor with ease.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
60A	1170	245	1420	1520	190	2175	±0.16	115
72A	1170	245	1420	1830	190	2475	±0.16	120
84A	1200	450	1658	2130	240	2950	±0.16	310
96A	1200	450	1658	2440	240	3240	±0.16	325

When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

•	Able to make marking on all the faces, with a single setting.
•	Able to largely shorten the time for measurement and marking.
•	Able to easily handle works of complex geometry.
•	Needs no additional set-up for working with large pieces.
•	Operation is very simple, needing no dexterity.
•	Able to attach a digital processor with ease.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
12E	950	350	1350	1200	160	1945	±0.08	145
16E	1120	350	1570	1600	160	2345	±0.08	195
20E	1200	350	1870	2000	160	2745	±0.08	205
25E	1200	415	1658	2500	240	3330	±0.10	300

When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

•	Easy to use
•	J-model, with a very simple standard specification, enables to select an extra knob and a fine feed according to the purpose; In J-model, the elements are human friendly arranged.
•	Precision degree is established according to Japan Industrial Standard (JIS B7440) (However, the precision given here applies only when using the model frame).
•	Using a square section for the arm and column may prevent yawing, pitching and rolling. The arm head and column head are of type divided, making the adjustment easier; the true rectangularity is improved and the backlash hardly produced.
•	Can be used for multi purposes.
•	Able to use the conventional driving system and attachments.
•	Up-grading of the system is possible in order to use a manual mode drive /CNC.
•	The CNC system is improved in rigidity and precision by using carbon fiber-reinforced plastics (CFRP) arm.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
1212J	1200	364(414)	1636	1200	210(225)	2010	±0.04	380(430)
1612J	1200	364(414)	1636	1600	210(225)	2410	±0.04	400(450)
1615J	1500	364(414)	1936	1600	210(225)	2410	±0.04	410(460)
2015J	1500	364(414)	1936	2000	210(225)	2810	±0.04	450(500)

* For CNC system, use the figures in parentheses; when there are no parenthesized figures, the given figure is a common one and can be used for CNC system.
When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

Use of the J-model frame (in μm)		L:mm Precision inspection standard: arithmetic digital machine
Type	Measurement precision for each axis: U1	Space measurement precision: U3
1212J	40+30L/1000	50+40L/1000
1612J	40+40L/1000	50+50L/1000
1615J	40+50L/1000	50+60L/1000
2015J	50+50L/1000	60+60L/1000

•	The measurement area is wide.
•	A wide area is usable for the column and arm axis: this design is innovative and resorts to a unique technology to achieve a high rigidity and a high precision.
•	Precision degree is established according to Japan Industrial Standard (JIS B7440) (However, the precision given here applies only when using the model frame).
•	Using a steel for the column may prevent yawing, pitting and rolling.The arm head and column head are of type divided, making the adjustment easier; the true rectangularity is improved and the backlash hardly produced.
•	Can be used for multi purposes.
•	Able to use the conventional driving system and attachments.
•	Up-grading of the system is possible in order to use a manual mode drive /CNC.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
20G	1500	354(424)	2091	2000(1950)	280(310)	2850	±0.07	525(605)
25G	1500	354(424)	2091	2500(2400)	280(310)	3300	±0.07	565(645)
30G	1500	354(424)	2091	3000(2950)	280(310)	3850	±0.07	610(690)

For CNC system, use the figures in parentheses; when there are no parenthesized figures, the given figure is a common one and can be used for CNC system.
When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

	Use of the G-model frame (in _m)
	Type	Precision in space measurement per axis: U1, U3
	20G	60+70L/1000
	25G	60+80L/1000
	30G	60+90L/1000
	L:mm Precision inspection standard: arithmetic digital machine

•	Alleviating work load.
•	Improvement in operation performance.
•	Enlargement of effective stroke.
•	Improvement in precision stability.
•	Improvement in job site environment protection.
•	Improvement in safety.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
1615F	1500	350	1920	1600	160	2390	±0.07	215
2015F	1500	350	1920	2000	160	2790	±0.07	225

When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

This is a compact-sized Layout Machine in combination with a dedicated table, which can be used for various purposes such as manufacturing of scale models and small work design models, and inspection of works not included in the category of small works.

in mm
Type	A	B	C	D	E	F	Precision (/axis)	Weight(kg)
36A	600	244	1020	760	130	1430	±0.16	600

When using the frame dedicated for the Layout Machine, the precision means a requirement for each axis, given based upon the TTS's inspection procedure.

Table base
Table dimensions	1,600 x 1,100 x 150mm
Table material	cast aluminum
Load resistance	Max 100kg
Rail length	1,740mm
Table planarity	0.3mm(according to the inspection when there is no measurement object on the table)
Guide rail straightness	0.05/1,000mm