engraving tools

ENGRAVING TOOLS

THE MACHINES

CNC manufacturing machines

Universal CNC machines

Simple pantograph machines

APPLICATION FIELDS

General mechanics Mold and die

Electronics Signs, labels, display stands

Tooling for stationery

Graphic, Artistic

Watch making

THE MATERIALS

Steels Non-ferrous metals

Precious metal Plastics

THE QUALITY AND RELIABLITY

OUR CATALOGUE

Standard products composition

6 families with 3/4 geometry

5 families with 1/2 geometry

1 family with spiral geometry

4 families of semi-finished finition

Standard products with 3/4 geometry

DIXI 7009 Ø3 – D1=0.05-0.15

DIXI 7001 Ø3 – D1=0.05-0.20

DIXI 7003 Ø3 – R=0.05-0.20

DIXI 7002 Ø3 – D1=0.05-0.20

DIXI 7005 Ø3 – D1=0.05-0.15

DIXI 7006 Ø3 – D1=0.05-0.15

NEW

NEW

NEW

New geometry on 3/4 engraving tools

Old geometry:•Flute ground until the shaft

New geometry:•Intermediate shaft that reduces the overall diameter ang gives easy access in smaller parts

•Smaller chip space gives better balance at high speeds

Standard products with 1/2 geometry

DIXI 7013 Ø3 – D1=0.05-0.20

DIXI 7015 Ø3 – D1=0.05-0.20

DIXI 7017 Ø3-Ø4 – D1=0.05-0.20

DIXI 7018 Ø3 – D1=0.05-0.10

DIXI 7019 Ø3 – D1=0.05-0.10

Standard product with helical geometry

DIXI 7025 Ø3-Ø4 – D1=0.10-0.15

Semi-finished engraving tools

DIXI 7012 Ø3 - Ø4 - Ø5 - Ø6 - Ø8 - Ø10

DIXI 7016 Ø2 - Ø3 - Ø4 - Ø5 - Ø6 - Ø8

DIXI 7020 Ø2 - Ø3 - Ø4 - Ø5 - Ø6 - Ø8

DIXI 7024 Ø3 - Ø4 - Ø6

These profiled tools can be quickly ground by users according to the material to be machined and the specific required form.

PRACTICAL ADVICES FROM USE

Conditions for success

Run out

Global run out < 0.003 mm

D1 0,05

Cutting edge

D1 0,05

No run out

Run out = 0.01mm

0.0250.015

0.025 0.015

Run out

D1 = Ø0.05

Rotation rev/min

According to the Ø at the milling tool point (D1Ø), informations about feed rate and the cutting

depth.

Machining – feed rate Vf = 100%

Feed adjustment in plunging operations

Plunging feed rateVf = 30 to 60 %

Cutting oil Oil + air

Emulsion Dry machining

Lubrication

Classical problems

Thank you for your attention !