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Punches For Heavy Load（Material：Powdered high-speed steel）

22 items

: 30; 45; 60

Days to Ship	All 3 Day(s) or Less 4 Day(s) or Less 5 Day(s) or Less 6 Day(s) or Less 7 Day(s) or Less 12 Day(s) or Less

Punches for Heavy Load TiCN Coating

MISUMI

・A highly durable product that suppresses flange damage and cutting edge wear, reducing maintenance man-hours and total costs.

[What is a punch for punching thick plates]
・Recommended when punching high-tensile materials and are concerned about damage to the punch brim
[What is TiCN coating]
・TiCN is a coating widely used in press molds. Improved punch life can be expected by increasing the wear resistance of the cutting edge.
・By reviewing the surface treatment, it is possible to reduce maintenance man-hours and total costs.

FLANGE

SKH51

POWDER HSS

TiCN

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Punches for Heavy Load Normal

MISUMI

- Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.

FLANGE

SKH51

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Double Stepped Shoulder Punches for Heavy Load Normal

MISUMI

A punch with a guide section separate from the cutting edge. Please use this when the required cutting edge length for the punch guide cannot be secured with the set cutting edge diameter. For punching high-tensile materials and thick plates, the punch brim is slightly larger than a normal shoulder punch.

FLANGE

SKH51

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Jector Punches for Heavy Load TiCN Coating

MISUMI

- Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
[What is TiCN coating]
TiCN is a coating widely used in press molds. Improved punch life can be expected by increasing the wear resistance of the cutting edge.

FLANGE

POWDER HSS

TiCN

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Punches for Heavy Load Dicoat treatment

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・By applying dicoat treatment (TD treatment) to the punch for punching thick plates, the wear resistance of the punch edge is improved.

FLANGE

POWDER HSS

DICOAT

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Jector Punches for Heavy Load

MISUMI

- Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.

FLANGE

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Punches for Heavy Load HW Coating

MISUMI

・A highly durable product that suppresses flange damage and cutting edge wear, reducing maintenance man-hours and total costs.

[What is a punch for punching thick plates]
・Recommended when punching high tensile strength materials and other situations where you are concerned about damage to the punch brim.
[What is HW coating]
・It is a coating that improves the adhesion of the TiCN film by applying WPC treatment to the base of the TiCN coating.
Since the coating film is less likely to peel off, the life of the punch can be expected to be longer than that of conventional TiCN.
・By reviewing the surface treatment, it is possible to reduce maintenance man-hours and total costs.

FLANGE

SKH51

POWDER HSS

HW

CAD ：

2D / 3D
Days to Ship: 6 Day(s)
Punches for Heavy Load Lapping

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-tensile steel materials. The cutting edge has a lap finish.

FLANGE

SKH51

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Double-Stepped Shoulder Punches for Heavy Load RW Coating

MISUMI

This is a two-stage punch for punching high tensile strength and thick plates, with improved coating adhesion by using a combination of Al-Cr coating, which has higher heat resistance and durability than conventional TiCN, and WPCⓇ treatment. Please use this when the required cutting edge length for the punch guide cannot be secured with the set cutting edge diameter.

CAD ：

2D / 3D

Days to Ship: 12 Day(s) or more
Double Stepped Shoulder Punches for Heavy Load Normal TiCN Coating

MISUMI

A two-stage punch for punching high tensile strength and thick plates with TiCN coating, which is widely used in press molds. Please use this when the required cutting edge length for the punch guide cannot be secured with the set cutting edge diameter.

FLANGE

SKH51

POWDER HSS

TiCN

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Jector Punches for Heavy Load Dicoat treatment

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・Dicoat treatment (TD treatment) is applied to the punch for punching thick plates to improve the wear resistance of the punch cutting edge.

FLANGE

POWDER HSS

DICOAT

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Jector Punches for Heavy Load Lapping

MISUMI

This is a jetter punch for punching thick plates with a lap finish on the cutting edge to improve the roughness of the cutting edge surface. Recommended when there is a concern about damage to the punch brim, such as when punching high-tensile steel materials.

FLANGE

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Jector Punches for Heavy Load Configurable full length, Fixed B type

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・This is a jetter punch that keeps the cutting edge length (B dimension) constant for any given overall length (L dimension). Because there is no side hole in the shank, the punch is less likely to break than regular jet punches for punching thick plates.

FLANGE

POWDER HSS

CAD ：

2D / 3D
Days to Ship: 4 Day(s) or more
Jector Punches for Heavy Load Configurable full length, Fixed B type, Normal, TiCN Coating

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・This is a jetter punch that keeps the cutting edge length (B dimension) constant for any given overall length (L dimension). Because there is no side hole in the shank, the punch is less likely to break than regular jet punches for punching thick plates.
[What is TiCN coating]
TiCN is a coating widely used in press molds. Improved punch life can be expected by increasing the wear resistance of the cutting edge.

FLANGE

POWDER HSS

TiCN

CAD ：

2D / 3D
Days to Ship: 4 Day(s) or more
Jector Punches for Heavy Load Configurable full length, Fixed B type, WPC treatment, HW Coating

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・This is a jetter punch that keeps the cutting edge length (B dimension) constant for any given overall length (L dimension). Because there is no side hole in the shank, the punch is less likely to break than regular jet punches for punching thick plates.
[What is HW coating]
It is a coating that improves the adhesion of the TiCN film by applying WPC treatment to the base of the TiCN coating.
Since the coating film is less likely to peel off, the life of the punch can be expected to be longer than that of conventional TiCN.

FLANGE

POWDER HSS

HW

WPC

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Punches for Heavy Load RW Coating

MISUMI

・A highly durable product that suppresses flange damage and cutting edge wear, reducing maintenance man-hours and total costs.

[What is a punch for punching thick plates]
・Recommended when punching high tensile strength materials and other situations where you are concerned about damage to the punch brim.
[What is RW coating]
・It is a coating with higher hardness and higher heat resistance than TiCN. Furthermore, WPC treatment is applied to the base to strengthen the adhesion of the coating film.
・Compared to TiCN・HW, it can be expected to have a significantly longer punch life and contribute to reducing mold maintenance costs.

CAD ：

2D / 3D

Days to Ship: 12 Day(s) or more
Jector Punches for Heavy Load RW Coating

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
[What is RW coating]
It is a coating with higher hardness and higher heat resistance than TiCN. Furthermore, WPC treatment is applied to the base to strengthen the adhesion of the coating film.
Compared to TiCN/HW, it can be expected to have a significantly longer punch life and contribute to reducing mold maintenance costs.

CAD ：

2D / 3D

Days to Ship: 12 Day(s) or more
Jector Punches for Heavy Load Configurable Full Length Type RW Coating

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
・This is a jetter punch that keeps the cutting edge length (B dimension) constant for any given overall length (L dimension). Because there is no side hole in the shank, the punch is less likely to break than regular jet punches for punching thick plates.
[What is RW coating]
It is a coating with higher hardness and higher heat resistance than TiCN. Furthermore, WPC treatment is applied to the base to strengthen the adhesion of the coating film.
Compared to TiCN/HW, it can be expected to have a significantly longer punch life and contribute to reducing mold maintenance costs.

CAD ：

2D / 3D

Days to Ship: 12 Day(s) or more
Punches for Heavy Load WPC Treatment

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-tensile steel materials. Fatigue strength is improved by applying WPCⓇ treatment to the cutting edge.

FLANGE

SKH51

POWDER HSS

WPC

CAD ：

2D / 3D
Days to Ship: 3 Day(s) or more
Jector Punches for Heavy Load HW Coating

MISUMI

Recommended when you are concerned about damage to the brim of the punch, such as when punching high-strength materials.
[What is HW coating]
It is a coating that improves the adhesion of the TiCN film by applying WPC treatment to the base of the TiCN coating.
Since the coating film is less likely to peel off, the life of the punch can be expected to be longer than that of conventional TiCN.

FLANGE

POWDER HSS

HW

CAD ：

2D / 3D
Days to Ship: 6 Day(s)
Jector Punches for Heavy Load WPC treatment

MISUMI

This punch has a slightly larger brim for increased strength, for applications where damage to the punch brim is a concern, such as punching high-tensile steel materials. A kicker pin for removing waste is incorporated inside the punch. Fatigue strength is improved by applying WPCⓇ treatment to the cutting edge.

FLANGE

POWDER HSS

WPC

CAD ：

2D / 3D
Days to Ship: 5 Day(s) or more
Double Stepped Shoulder Punches for Heavy Load Normal HW Coating

MISUMI

two-stage punch for punching high tensile strength and thick plates that has improved coating adhesion by using WPCⓇ treatment. Please use this when the required cutting edge length for the punch guide cannot be secured with the set cutting edge diameter.

FLANGE

SKH51

POWDER HSS

HW

CAD ：

2D / 3D
Days to Ship: 6 Day(s)

Days to Ship:	5 Day(s) or more

Days to Ship:	3 Day(s) or more

Days to Ship:	3 Day(s) or more

Days to Ship:	5 Day(s) or more

Days to Ship:	5 Day(s) or more

Days to Ship:	3 Day(s) or more

Days to Ship:	6 Day(s)

Days to Ship:	3 Day(s) or more

Days to Ship:	12 Day(s) or more

Days to Ship:	5 Day(s) or more

Days to Ship:	5 Day(s) or more

Days to Ship:	3 Day(s) or more

Days to Ship:	4 Day(s) or more

Days to Ship:	4 Day(s) or more

Days to Ship:	5 Day(s) or more

Days to Ship:	12 Day(s) or more

Days to Ship:	12 Day(s) or more

Days to Ship:	12 Day(s) or more

Days to Ship:	3 Day(s) or more

Days to Ship:	6 Day(s)

Days to Ship:	5 Day(s) or more

Days to Ship:	6 Day(s)


Brand
Product Series
CAD
Days to Ship
Specifications
Tip shape
Shank type
Jector
Surface treatment
Heavy-load punches
Material
Shank (mounting part) shape


Brand	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI	MISUMI
Product Series	Punches for Heavy Load TiCN Coating	Punches for Heavy Load Normal	Double Stepped Shoulder Punches for Heavy Load Normal	Jector Punches for Heavy Load TiCN Coating	Punches for Heavy Load Dicoat treatment	Jector Punches for Heavy Load	Punches for Heavy Load HW Coating	Punches for Heavy Load Lapping	Double-Stepped Shoulder Punches for Heavy Load RW Coating	Double Stepped Shoulder Punches for Heavy Load Normal TiCN Coating	Jector Punches for Heavy Load Dicoat treatment	Jector Punches for Heavy Load Lapping	Jector Punches for Heavy Load Configurable full length, Fixed B type	Jector Punches for Heavy Load Configurable full length, Fixed B type, Normal, TiCN Coating	Jector Punches for Heavy Load Configurable full length, Fixed B type, WPC treatment, HW Coating	Punches for Heavy Load RW Coating	Jector Punches for Heavy Load RW Coating	Jector Punches for Heavy Load Configurable Full Length Type RW Coating	Punches for Heavy Load WPC Treatment	Jector Punches for Heavy Load HW Coating	Jector Punches for Heavy Load WPC treatment	Double Stepped Shoulder Punches for Heavy Load Normal HW Coating
CAD	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D	2D / 3D
Days to Ship	5 Day(s) or more	3 Day(s) or more	3 Day(s) or more	5 Day(s) or more	5 Day(s) or more	3 Day(s) or more	6 Day(s)	3 Day(s) or more	12 Day(s) or more	5 Day(s) or more	5 Day(s) or more	3 Day(s) or more	4 Day(s) or more	4 Day(s) or more	5 Day(s) or more	12 Day(s) or more	12 Day(s) or more	12 Day(s) or more	3 Day(s) or more	6 Day(s)	5 Day(s) or more	6 Day(s)
Specifications	FLANGE SKH51 POWDER HSS TiCN	FLANGE SKH51 POWDER HSS	FLANGE SKH51 POWDER HSS	FLANGE POWDER HSS TiCN	FLANGE POWDER HSS DICOAT	FLANGE POWDER HSS	FLANGE SKH51 POWDER HSS HW	FLANGE SKH51 POWDER HSS		FLANGE SKH51 POWDER HSS TiCN	FLANGE POWDER HSS DICOAT	FLANGE POWDER HSS	FLANGE POWDER HSS	FLANGE POWDER HSS TiCN	FLANGE POWDER HSS HW WPC				FLANGE SKH51 POWDER HSS WPC	FLANGE POWDER HSS HW	FLANGE POWDER HSS WPC	FLANGE SKH51 POWDER HSS HW
Tip shape	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G	A / D / R / E / G
Shank type	Single-stepped	Single-stepped	Double-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Double-stepped	Double-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Single-stepped	Double-stepped
Jector	None	None	None	Standard type / Spring and pin reinforced type	None	Standard type / Spring and pin reinforced type	None	None	None	None	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	None	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	None	Standard type / Spring and pin reinforced type	Standard type / Spring and pin reinforced type	None
Surface treatment	TiCN	None	None	TiCN	Dicoat	None	HW coating	Lapping	RW coating	TiCN	Dicoat	Lapping	None	TiCN	HW coating / WPC	RW coating	RW coating	RW coating	WPC	HW coating	WPC	HW coating
Heavy-load punches	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes	Yes
Material	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel	Powdered high-speed steel
Shank (mounting part) shape	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard	Standard