Sheet Metal Processing

Punching Tooling

NEXⅢ tooling (EM standard)

Digital tool management by ID
NEX Ⅲ tooling can be disassembled, assembled and adjusted with a single button and without hand tools.
An optional tool mark-less guide reduces the holddown dents produced on the worksheet surface during punching.
The punch grinding amount is increased to 6.5 mm for B stations (1-1/4")

Specifications

Tooling type	Station size (”)	Spring	Guide	Maximum sheet thickness (mm)	Die
NCT long / standard Air-blow type	1	NEX spring ass'y (Unit type)	Closed guide dedicated to air blow NEX Ⅲ tooling	SPC:6.35 AL:6.35 SUS:3.0	Vacuum die

Contouring tool (EM standard)

Precision nibbling on 0.5 mm centers allows for special processing without dedicated tooling. Various measures are employed to accommodate high hit rates.

Specifications

Tooling type	Station size (”)	Diameter of punch tip (mm)	Die/Applicable die	Maximum Sheet thickness (mm)	Material
NCT long Air-blow type		φ2.0	Power vacuum type / Die bush type	SPC:1.6 SUS304:1.0	Punch tip: APH Die tip: Powder high speed steel

Slotting tool III (EM standard)

Joint mark-less processing is possible until the repositioning of the clamps.

Specifications

Tooling type	Station size (”)	Cut width (mm) (mm)	Maximum sheet thickness /standard spec. (mm)	Maximum sheet thickness /APH spec. (mm)	Maximum feed pitch (mm)
Slotting tool III Slotting tool III TypeB	3	6～10	SPCC:2.3 AL:3.0 SUS:1.5	SPCC:2.3 AL:3.0 SUS:2.0	1.6ｔ＜ｔ→20 ｔ≦1.6ｔ→25
Slotting tool III Slotting tool III TypeB	4	6～10	SPCC:2.3 AL:3.0 SUS:1.5	SPCC:2.3 AL:3.0 SUS:2.0	1.6ｔ＜ｔ→30 ｔ≦1.6ｔ→35

Inch bend tooling (EM standard)

Small flange bending is dangerous to perform on the press brake but can be safely done on the turret punch press.

Four different thicknesses can be handled simply by changing the direction of the die.

Specifications

Tooling type	Station size (”)	Bend direction	Bend accuracy	Sheet thickness/ die 4 sides (mm)	Punch tip size (mm)
Inch bend	2	Downward forming	±30'	0.5 0.8 1.0・1.2 1.5・1.6	10/15/20/25/30

Work chute tooling (EM standard)

High-speed microjoint breaking tool for final cutting and part ejection.

Manual microjoint breaking is now automated on the turret punch press.

Specifications

Tooling type	Station size (”)	Maximum work size (mm) (mm)
Work chute tooling	3	65 square
Work chute tooling	4	85 square

MPT tapping tools

Tapping (with both thread cutting and forming taps) can be performed on the turret punch press.

Specifications

Tooling type	Station size (")	Type of tap	Size of tap	Maximum sheet thickness (mm)	Tapping time (sec/tap)
MPT tapping unit	1	Thread cutting taps and forming taps	M2.5, M2.6, M3, M4, M5, M6, M8	SPC:6.0 SUS:3.0	2

Chamfering tool (EM standard)

Tool shapes are created to suit part shapes.

Bottom burrs are coiled back into the part on the turret punch press to reduce the deburring time.

Specifications

Tooling type	Station size (”)	Chamfering value	Sheet	Sheet thickness (mm)	Processing direction
NCT long	〜4	approx. C 0.2	SPC/AL/SUS	over 0.5	upward

High speed marking tool (EM standard)

Sorting of parts, formerly done manually.

High-speed marking on both the top and bottom surfaces of workpieces helps to reduce secondary operations.

Standard tooling

AMADA's standard turret punch press tooling allows for high-quality processing.

Special order tooling

AMADA's forming tools provide for high-quality processing of sheet reinforcements and part mounting bases, and for high-quality forming of grills and various other shapes.

Special tools are also made to the specifications of customers.

*For Japan domestic market.
For any inquires, please contact local AMADA branch office.

Punching Machines Top｜EM-ZR Series｜EM-MⅡ Series｜LS-2612E｜AE-NT Series
System Upgrade｜Punching Tooling｜ID-TOGU｜TOGUⅢ