whys - yasda

4
E 1 3 2 5 Whys 5 Whys 5 Whys 5 5 5 whys - To understand YASDA 5 whys - To understand YASDA 5 w whys - To understand YASDA 5 whys - To understand YASDA For YASDA, giving up hand scraping is synonymous with giving up manufacturing. Existing users select YASDA repeatedly after looking at the initial investment cost once they consider overall performance. We keep on improving YASDA products and productivity in the factory by using YASDA products. Why is YASDA still doing hand scraping ? Why are there many repeat customers in spite of expensive machines? Why has YASDA maintained the size of the company for so many years? The hand scraping technique was first introduced during the industrial revolution in England for finishing sliding or datum surfaces. Due to technical advancements and quality improvements, processing machines have taken the place of this old technique. Nevertheless, we believe that the components finished by processing machines are less accurate than the machine accuracy created by hand scraping since hand scraping is the principle of manufacturing. This technique maintains the accuracy of every YASDA machine. The guide ways, mounted on the meticulously hand scraped surfaces, not only result in high precision and high rigidity but also influence the long service life of the machine. There are many YASDA machines in use all over the world, many of which are older than 20 years yet they have still kept high accuracies. YASDA has consistently improved the performance of products and its production volume has increased each year. Meanwhile we use YASDA machining centers in our production. Despite this increase in production volume, improved productivity due to the performance and high accuracies of the YASDA factory machines is one of the reasons that YASDA has been able to maintain approximately 250 employees for many years.

Upload: others

Post on 07-Jun-2022

6 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Whys - Yasda

ECatalog No .General Leaflet E-18-N10

Printed in Japan **.***.2017

1 32 45Whys

5Whys 5

Whys5Whys

5Whys

555 whys - To understand YASDA5 whys - To understand YASDA5 wwhys - To understand YASDA 5 whys - To understand YASDA 5 whys - To understand YASDA 55 whys - To understand YASDA

5*Export of the products and associated software, and related services are subject to prior approval  of the Japanese government according to“Foreign Exchange and Foreign Trade Law”.

www.yasda.co.jpYASDA PRECISION TOOLS K.K.

Main Office & FactoryJAPAN

Representative OfficeGERMANY

Subsidiaries

Head Office & Factory

CHINA

JAPAN

GERMANYUSA

1160Hamanaka,Satosho-cho,Okayama,719-0303,JapanPHONE : +81/865- 64 -2511 FAX : +81/865-64-4535E-mail : [email protected]

Schiessstr. 35, D-40549 Düsseldorf, GermanyPHONE: +49/211-598937-40 FAX: +49/211-598937-50E-mail : [email protected]

YASDA PRECISION TOOLS (SHANGHAI)Room. 1001 Orient International Plaza Part(C),No.85 Lou Shan Guan Road, Shanghai, 200336, ChinaPHONE: +86/21-62700955 FAX: +86/21-62700970

YASDA PRECISION TOOLS (SHANGHAI) DONGGUAN OFFICE5A Xingye Building, No.89.Lianfeng Road, Changan Town, Dongguan City, Guangdong, 523850, ChinaPHONE: +86/769-82283036 FAX: +86/769-82283086

USAYASDA PRECISION AMERICA CORPORATION62 North Lively Boulebard, Elk Grove Village, IL 60007, U.S.A.PHONE: +1/847-439-0201 FAX: +1/847-439-0260URL : www.yasda.comE-mail : [email protected]

CHINA

For YASDA, giving up hand scraping is synonymous with giving up manufacturing.

Existing users select YASDA repeatedly after looking at the initial investment cost once they consider overall performance.

We keep on improving YASDA products and productivity in the factory by using YASDA products.

YASDA machining centers arecapable of high precision boring that

fulfills jig borer accuracy.

We will continue to provide our customers' with satisfaction

and excitement….

*Expor of the

CYARoNPH

YA5AChPH

YA62PHUE-

pWe will continue to provide our customers' with satisfaction

and excitement….

Why is YASDA still doing

hand scraping?

Why are there manyrepeat customers in spite of

expensive machines?

Why has YASDA maintainedthe size of the company

for so many years?

Why did YASDA name itsmachining centersCNC jig borers?

Why does YASDA aspire to be the best,

rather than to increase the size of its business?

The hand scraping technique was first introduced during the industrial revolution in England for finishing sliding or datum surfaces.

Due to technical advancements and quality improvements, processing machines have taken the place of this old technique.

Nevertheless, we believe that the components finished by processing machines are less accurate than the machine accuracy created by hand scraping since hand scraping is the principle of manufacturing. This technique maintains the accuracy of every YASDA machine.

The guide ways, mounted on the meticulously hand scraped surfaces, not only result in high precision and high rigidity

but also influence the long service life of the machine. There are many YASDA machines in use all over the world,

many of which are older than 20 years yet they have still kept high accuracies.

YASDA has consistently improved the performance of products and its production volume has increased each year.

Meanwhile we use YASDA machining centers in our production.Despite this increase in production volume, improved productivity due to the performance and high accuracies of the YASDA factory machines is one of the reasons that YASDA has been able to maintain approximately 250 employees for many years.

We named our machining centers jig borers, which are subject to only a few microns positioning accuracies, because we are confident of their quality and preciseness.

The main task of the jig borer is to finish bores with high precision. Boring is an essential manufacturing technique and it is necessary all the time for manufacturing.

We manufacture each machinewith strong enthusiasm.

Our greatest moment is when our usersexperience that enthusiasm.

We believe only the best productinspires customers.

Page 2: Whys - Yasda

ECatalog No .General Leaflet E-18-N10

Printed in Japan **.***.2017

1 32 45Whys

5Whys 5

Whys5Whys

5Whys

555 whys - To understand YASDA5 whys - To understand YASDA5 wwhys - To understand YASDA 5 whys - To understand YASDA 5 whys - To understand YASDA 55 whys - To understand YASDA

5*Export of the products and associated software, and related services are subject to prior approval  of the Japanese government according to“Foreign Exchange and Foreign Trade Law”.

www.yasda.co.jpYASDA PRECISION TOOLS K.K.

Main Office & FactoryJAPAN

Representative OfficeGERMANY

Subsidiaries

Head Office & Factory

CHINA

JAPAN

GERMANYUSA

1160Hamanaka,Satosho-cho,Okayama,719-0303,JapanPHONE : +81/865- 64 -2511 FAX : +81/865-64-4535E-mail : [email protected]

Schiessstr. 35, D-40549 Düsseldorf, GermanyPHONE: +49/211-598937-40 FAX: +49/211-598937-50E-mail : [email protected]

YASDA PRECISION TOOLS (SHANGHAI)Room. 1001 Orient International Plaza Part(C),No.85 Lou Shan Guan Road, Shanghai, 200336, ChinaPHONE: +86/21-62700955 FAX: +86/21-62700970

YASDA PRECISION TOOLS (SHANGHAI) DONGGUAN OFFICE5A Xingye Building, No.89.Lianfeng Road, Changan Town, Dongguan City, Guangdong, 523850, ChinaPHONE: +86/769-82283036 FAX: +86/769-82283086

USAYASDA PRECISION AMERICA CORPORATION62 North Lively Boulebard, Elk Grove Village, IL 60007, U.S.A.PHONE: +1/847-439-0201 FAX: +1/847-439-0260URL : www.yasda.comE-mail : [email protected]

CHINA

For YASDA, giving up hand scraping is synonymous with giving up manufacturing.

Existing users select YASDA repeatedly after looking at the initial investment cost once they consider overall performance.

We keep on improving YASDA products and productivity in the factory by using YASDA products.

YASDA machining centers arecapable of high precision boring that

fulfills jig borer accuracy.

We will continue to provide our customers' with satisfaction

and excitement….

*Expor of the

CYARoNPH

YA5AChPH

YA62PHUE-

pWe will continue to provide our customers' with satisfaction

and excitement….

Why is YASDA still doing

hand scraping?

Why are there manyrepeat customers in spite of

expensive machines?

Why has YASDA maintainedthe size of the company

for so many years?

Why did YASDA name itsmachining centersCNC jig borers?

Why does YASDA aspire to be the best,

rather than to increase the size of its business?

The hand scraping technique was first introduced during the industrial revolution in England for finishing sliding or datum surfaces.

Due to technical advancements and quality improvements, processing machines have taken the place of this old technique.

Nevertheless, we believe that the components finished by processing machines are less accurate than the machine accuracy created by hand scraping since hand scraping is the principle of manufacturing. This technique maintains the accuracy of every YASDA machine.

The guide ways, mounted on the meticulously hand scraped surfaces, not only result in high precision and high rigidity

but also influence the long service life of the machine. There are many YASDA machines in use all over the world,

many of which are older than 20 years yet they have still kept high accuracies.

YASDA has consistently improved the performance of products and its production volume has increased each year.

Meanwhile we use YASDA machining centers in our production.Despite this increase in production volume, improved productivity due to the performance and high accuracies of the YASDA factory machines is one of the reasons that YASDA has been able to maintain approximately 250 employees for many years.

We named our machining centers jig borers, which are subject to only a few microns positioning accuracies, because we are confident of their quality and preciseness.

The main task of the jig borer is to finish bores with high precision. Boring is an essential manufacturing technique and it is necessary all the time for manufacturing.

We manufacture each machinewith strong enthusiasm.

Our greatest moment is when our usersexperience that enthusiasm.

We believe only the best productinspires customers.

Page 3: Whys - Yasda

PRECISION CENTERTravel X,Y,Z1 3 Spindle speed range 4 Tool storage capacity2 Table working surface

5-axis operation is possiblewith a rotary tilting table (YASDA RT-10).

M/C HEIGHT(F.L.): 3145

OUTLINE unit:mm

950×800×800mm630×630mm50-10,000min-1

1

2

3

604

1,500×1,200×1,100mm(2,100×1,400×1,100mm)1,000×1,000mm50-10,000min-1

1

2

3

60 tools in 120 tools stand4

OUTLINE unit:mmM/C HEIGHT(F.L.): 4125(Y=1200ST.)

Travel X,Y,Z1 3 Spindle speed range 4 Tool storage capacity2 Table working surface

YBM 7TPRECISION CENTER

1,300×1,000×1,100mm800×800mm50-10,000min-1

1

2

3

604

YBM 8TPRECISION CENTER

YBM 10TPRECISION CENTER

2,100×1,500×1,200×(W)300mm1,500×1,500mm30-2,800min-1

60 tools in 120 tools stand

1

2

3

4

OUTLINE unit:mmM/C HEIGHT(F.L.):4880(Y=1500ST.)M/C HEIGHT(F.L.):5185(Y=1800ST.)M/C HEIGHT(F.L.):5490(Y=2100ST.)

YBM 15TPRECISION CENTER

M/C HEIGHT(F.L.):3745(Y=1250ST.)

OUTLINE unit:mmM/C HEIGHT(F.L.):3495(Y=1000ST.)

Travel X,Y,Z1 3 Min. table indexing angle 4 Spindle speed range 5 Tool storage capacity2 Table working surface

OUTLINE unit:mmM/C HEIGHT(F.L.): 4885

8200

12200

M/C HEIGHT(F.L.): 5600OUTLINE unit:mm

11400

6580

M/C HEIGHT(F.L.): 2810OUTLINE unit:mm

4310

3320

MOLD & DIE MILLER

CNC JIGBORER

Linear Motor Drive

MICRO CENTER

YMC 650Linear Motor Drive

MICRO CENTER

420×300×250mm1600×350mm2

200~40,000min-13324

M/C HEIGHT(F.L.): 2670OUTLINE unit:mm

600×400×350mm1700×450mm2

100~24,000min-13304

M/C HEIGHT(F.L.):3100

OUTLINE unit:mm

MOLD & DIE MILLER

CNC JIGBORER

900×500×350mm11,000×500mm2

M/C HEIGHT(F.L.):3225

OUTLINE unit:mm

100~24,000min-13304

Ver.ⅢMOLD & DIE MILLER

CNC JIGBORER

1,500×900×450mm11,500×900mm2

100~24,000min-13

604

M/C HEIGHT(F.L.): 3385

OUTLINE unit:mm

MOLD & DIE MILLER

CNC JIGBORER

MOLD & DIE MILLERYBM 1218V

Linear Motor DriveYMC 430 Ver.Ⅲ

Ver.Ⅱ

Ver.ⅡMOLD & DIE MILLERYBM 640V Ver.Ⅳ

Ver.ⅣMOLD & DIE MILLERYBM 950V

MOLD & DIE MILLERYBM 9150V

1,800×1,200×600mm11,800×1,200mm2

50~10,000min-13324

M/C HEIGHT(F.L.):3940

OUTLINE unit:mm

φ400

0.0001 deg.

100-24,000min-1

60

2

3

5

4

900×500×450mm1

φ185

0.0001 deg.

100-20,000min-1

306

2

3

5

4

680×400×500mm1

M/C HEIGHT(F.L.): 3335OUTLINE unit:mm

1,000×1,000mm

0.0001 deg.

50-10,000min-1

60

2

3

5

4

1,500×1,200×1,100mm1

OUTLINE unit:mmM/C HEIGHT(F.L.):3495(Y=1000ST.)M/C HEIGHT(F.L.):3745(Y=1250ST.)

OUTLINE unit:mm

5500×500mm

0.0001 deg.

10-10,000min-1

60

2

3

5

4

1,250×1,000×1,100mm1

M/C HEIGHT(F.L.): 3495OUTLINE unit:mm

300×300mm

0.0001 deg.

120-12,000min-1

60

2

3

5

4

650×560×560mm1

M/C HEIGHT(F.L.): 3117OUTLINE unit:mm

400×400mm

0.0001 deg.

200-20,000min-1

60

2

3

5

4

875×740×685mm1

1,000×1,000mm

0.0001 deg.

50-6,000min-1

60

2

3

5

4

1,500×1,500×1,800mm1

630×630mm

0.0001 deg.

50-10,000min-1

60

2

3

5

4

1,000×1,000×1,100mm1

M/C HEIGHT(F.L.): 3515OUTLINE unit:mm

YBM Vi40 Ver.ⅡMOLD & DIE MILLER

CNC JIGBORER

YBM 10T-100TTCNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROLYBM 8T-63TT

CNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROLYBM 7Ti

H 40 iCNC 5AXIS CONTROL

PRECISION CENTER

PX30 iCNC 5AXIS CONTROL

PRECISION CENTER

H 30 iCNC 5AXIS CONTROL

PRECISION CENTER

YBM 10T-THCNC 5AXIS CONTROL

PRECISION CENTER

PRECISION CENTER 5-AXIS

5

5

5

ICBusinessfield Mold making Parts

production Aerospace Micromachining

5

5

5

4

4

4

5

45 3Spindle N.T.No.40N.T.No.50 HSK-E32ICBusinessfield Mold making Parts

production Aerospace Micromachining 45 3Spindle N.T.No.40N.T.No.50 HSK-E32 45 3Spindle N.T.No.40N.T.No.50 HSK-E32ICBusiness

field Mold making Partsproduction Aerospace Micro

machining

3890

3010

4

3IC

5

3IC

4

4 4

8500

5400

6680

3375

5315

90006500

3720

9900

6350

3720

14100

8000

8525

5600

5700

3490

3090

2450

2880

2350

2700

2065

3210

4950

7190

200

5360

CNC JIGBORER, MICRO CENTER

M/C HEIGHT(F.L.): 2699OUTLINE unit:mm

600×500×280mm1700×550mm2

200~40,000min-1332本4

2525

3540

1850

Page 4: Whys - Yasda

PRECISION CENTERTravel X,Y,Z1 3 Spindle speed range 4 Tool storage capacity2 Table working surface

5-axis operation is possiblewith a rotary tilting table (YASDA RT-10).

M/C HEIGHT(F.L.): 3145

OUTLINE unit:mm

950×800×800mm630×630mm50-10,000min-1

1

2

3

604

1,500×1,200×1,100mm(2,100×1,400×1,100mm)1,000×1,000mm50-10,000min-1

1

2

3

60 tools in 120 tools stand4

OUTLINE unit:mmM/C HEIGHT(F.L.): 4125(Y=1200ST.)

Travel X,Y,Z1 3 Spindle speed range 4 Tool storage capacity2 Table working surface

YBM 7TPRECISION CENTER

1,300×1,000×1,100mm800×800mm50-10,000min-1

1

2

3

604

YBM 8TPRECISION CENTER

YBM 10TPRECISION CENTER

2,100×1,500×1,200×(W)300mm1,500×1,500mm30-2,800min-1

60 tools in 120 tools stand

1

2

3

4

OUTLINE unit:mmM/C HEIGHT(F.L.):4880(Y=1500ST.)M/C HEIGHT(F.L.):5185(Y=1800ST.)M/C HEIGHT(F.L.):5490(Y=2100ST.)

YBM 15TPRECISION CENTER

M/C HEIGHT(F.L.):3745(Y=1250ST.)

OUTLINE unit:mmM/C HEIGHT(F.L.):3495(Y=1000ST.)

Travel X,Y,Z1 3 Min. table indexing angle 4 Spindle speed range 5 Tool storage capacity2 Table working surface

OUTLINE unit:mmM/C HEIGHT(F.L.): 4885

8200

12200

M/C HEIGHT(F.L.): 5600OUTLINE unit:mm

11400

6580

M/C HEIGHT(F.L.): 2810OUTLINE unit:mm

4310

3320

MOLD & DIE MILLER

CNC JIGBORER

Linear Motor Drive

MICRO CENTER

YMC 650Linear Motor Drive

MICRO CENTER

420×300×250mm1600×350mm2

200~40,000min-13324

M/C HEIGHT(F.L.): 2670OUTLINE unit:mm

600×400×350mm1700×450mm2

100~24,000min-13304

M/C HEIGHT(F.L.):3100

OUTLINE unit:mm

MOLD & DIE MILLER

CNC JIGBORER

900×500×350mm11,000×500mm2

M/C HEIGHT(F.L.):3225

OUTLINE unit:mm

100~24,000min-13304

Ver.ⅢMOLD & DIE MILLER

CNC JIGBORER

1,500×900×450mm11,500×900mm2

100~24,000min-13

604

M/C HEIGHT(F.L.): 3385

OUTLINE unit:mm

MOLD & DIE MILLER

CNC JIGBORER

MOLD & DIE MILLERYBM 1218V

Linear Motor DriveYMC 430 Ver.Ⅲ

Ver.Ⅱ

Ver.ⅡMOLD & DIE MILLERYBM 640V Ver.Ⅳ

Ver.ⅣMOLD & DIE MILLERYBM 950V

MOLD & DIE MILLERYBM 9150V

1,800×1,200×600mm11,800×1,200mm2

50~10,000min-13324

M/C HEIGHT(F.L.):3940

OUTLINE unit:mm

φ400

0.0001 deg.

100-24,000min-1

60

2

3

5

4

900×500×450mm1

φ185

0.0001 deg.

100-20,000min-1

306

2

3

5

4

680×400×500mm1

M/C HEIGHT(F.L.): 3335OUTLINE unit:mm

1,000×1,000mm

0.0001 deg.

50-10,000min-1

60

2

3

5

4

1,500×1,200×1,100mm1

OUTLINE unit:mmM/C HEIGHT(F.L.):3495(Y=1000ST.)M/C HEIGHT(F.L.):3745(Y=1250ST.)

OUTLINE unit:mm

5500×500mm

0.0001 deg.

10-10,000min-1

60

2

3

5

4

1,250×1,000×1,100mm1

M/C HEIGHT(F.L.): 3495OUTLINE unit:mm

300×300mm

0.0001 deg.

120-12,000min-1

60

2

3

5

4

650×560×560mm1

M/C HEIGHT(F.L.): 3117OUTLINE unit:mm

400×400mm

0.0001 deg.

200-20,000min-1

60

2

3

5

4

875×740×685mm1

1,000×1,000mm

0.0001 deg.

50-6,000min-1

60

2

3

5

4

1,500×1,500×1,800mm1

630×630mm

0.0001 deg.

50-10,000min-1

60

2

3

5

4

1,000×1,000×1,100mm1

M/C HEIGHT(F.L.): 3515OUTLINE unit:mm

YBM Vi40 Ver.ⅡMOLD & DIE MILLER

CNC JIGBORER

YBM 10T-100TTCNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROLYBM 8T-63TT

CNC 5AXIS CONTROL

PRECISION CENTER

CNC 5AXIS CONTROLYBM 7Ti

H 40 iCNC 5AXIS CONTROL

PRECISION CENTER

PX30 iCNC 5AXIS CONTROL

PRECISION CENTER

H 30 iCNC 5AXIS CONTROL

PRECISION CENTER

YBM 10T-THCNC 5AXIS CONTROL

PRECISION CENTER

PRECISION CENTER 5-AXIS

5

5

5

ICBusinessfield Mold making Parts

production Aerospace Micromachining

5

5

5

4

4

4

5

45 3Spindle N.T.No.40N.T.No.50 HSK-E32ICBusinessfield Mold making Parts

production Aerospace Micromachining 45 3Spindle N.T.No.40N.T.No.50 HSK-E32 45 3Spindle N.T.No.40N.T.No.50 HSK-E32ICBusiness

field Mold making Partsproduction Aerospace Micro

machining

3890

3010

4

3IC

5

3IC

4

4 4

8500

5400

6680

3375

5315

90006500

3720

9900

6350

3720

14100

8000

8525

5600

5700

3490

3090

2450

2880

2350

2700

2065

3210

4950

7190

200

5360

CNC JIGBORER, MICRO CENTER

M/C HEIGHT(F.L.): 2699OUTLINE unit:mm

600×500×280mm1700×550mm2

200~40,000min-1332本4

2525

3540

1850