ASTM Sample Cutting Dies
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*For Metals & Steel ASTM sample preparation, visit our heavy punch press page here
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The Universal Grip Company offers the world's largest collection of ASTM, ISO, DIN, EN, GOST and JIS Cutting dies that are used in conjunction with an arbor press to fabricate standard sample specimens. There are two styles of dies based on the thickness and Shore Hardness of the base material. If you know these values, we can advise on the best die & press to use. We can also accept samples and make some test cuts, free of charge.
*Universal Grip Dies can work with any press
Ribbon Steel Cutting Dies (Steel-Rule Dies) are used for thinner, weaker materials such as elastomers, rubber, and soft plastics. Hardened Steel dies are more robust and are used for thicker and stronger materials such as reinforced plastics and thin metal sheet like copper. For Aluminum & Steel die fabrication, we have a separate page detailed here.
How to Use a Cutting Die on an Arbor Press
The cutting die is mounted onto a benchtop arbor press using a simple lateral screw. Other mounting connections are also available. Different cutting dies are used depending on the sample type. Many of the more popular ASTM tests such as D638, D412, and D624 can have up to 6 different sample types. Once the die is mounted, the press handle is pushed down onto the material. A hard nylon back plate supports the material and allows it to be cut evenly and cleanly.
Use your testing machine to cut samples!
ASTM cutting dies can be attached to adapters and connected to virtually any universal testing machine. This is a great solution to use if your laboratory does not already have an arbor press. A nylon counter plate is placed on the bottom arm and the cutting die is placed on the top. By switching your machine to load control, you can be sure to not overload your system. Universal Grip also offers universal testing machines with both position and load control options.
Hardened Steel vs. Ribbon Steel Cutting Dies
Ribbon Steel Cutting dies are manufactured by bending the steel rule into formation and then hand sharpened to a fine edge. The die is embedded inside foam to help with even loading and cutting. Hardened Steel cutting dies are more robust and are used for cutting harder sheet materials from 0-5mm thick. A spring loaded backstop ensures even loading and prevents the sample from getting stuck inside the die after the cut is made. The video to the left shows both types of dies and explains them in more detail.
Die Sharpening Tool & Die Sharpening Services
Universal Grip offers both a die sharpening tool as well as die sharpening services. The hardened steel dies can be re-sharpened many times. The ribbon steel dies can also be sharpened, however it requires cutting away the foam with a razor blade. If you are looking for a long-term cutting solution, it is recommended to get the hardened steel die. Check out the below video on how to sharpen cutting dies.
Trays and Molds for Making Sample Sheets
Universal Grip offers chrome plated steel molds and casting trays for preparing sheets of elastomers and soft plastics. Our casting trays are built according to ASTM D3182 and can be used for curing and vulcanizing rubber used for ASTM D412 (Elastomer Tensile Testing), ASTM D624 (Elastomer Tear Testing), and other similar tests.
Most rubber or plastic sheets are about 2mm thick (~0.1 inches) and are square with sizes of 150mm x 150mm or 6x6". Universal Grip can also create custom trays and molds including larger, deeper, or with a hinged top door.
Please see the data sheet below for more information on our standard trays or Contact Us with your inquiry.
Cutting Dies
(Click Highlighted Picture for Cut Sheet)
D412
D638
D624
D1004
D1708
Cutting Die - Full List of Available Items
Custom Dies are Also Available
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ASTM-D412 Die A
ASTM-D412 Die B
ASTM-D412 Die C
ASTM-D412 Die D
ASTM-D413
ASTM-D454
ASTM-D471
ASTM-D518
ASTM-D572
ASTM-D573
ASTM-D575
ASTM-D623
ASTM-D624 Die B
ASTM-D624 Die С
ASTM-D638 Type I
ASTM-D638 Type II
ASTM-D638 Type III
ASTM-D638 Type IV
ASTM-D638 Type V
ASTM-D746
ASTM-D790
ASTM-D814
ASTM-D816
ASTM-D865
ASTM-D925
ASTM-D926
ASTM-D945
ASTM-D991
ASTM-D1004
ASTM-D1052
ASTM-D1053
ASTM-D1054
ASTM-D1149
ASTM-D1229
ASTM-D1148
ASTM-D1329
ASTM-D1460
ASTM-D1630
ASTM-D1646
ASTM-D1693
ASTM-D1708
ASTM-D1822 Type L
ASTM-D2084
ASTM-D2116
ASTM-D2136
ASTM-D2137
ASTM-D3395
ASTM-D4482
ASTM-D4894
ASTM-D5963
ASTM-D6049
ASTM-E8-Type2
ASTM-E8-Type3
ASTM-E345 Type A
ASTM-E345 Type B
ISO34-1 Fig.2
ISO37 Type 1
ISO37 Type 1A
ISO37 Type 2
ISO37 Type 3
ISO37 Type 4
ISO75-2
ISO527-2 Type 1A
ISO527-2 Type 1B
ISO527-2 Type 1BA
ISO527-2 Type 1BB
ISO527-2 Type 5A
ISO527-2 Type 5B
ISO527-3 Type 1B
ISO527-3 Type 2
ISO527-3 Type 4
ISO527-3 Type 5
ISO1798-Type1
ISO1798-Type1A
ISO1926
ISO3167 Type A
ISO3167 Type B
ISO3376
ISO6892-1 Type 1
ISO6892-1 Type 2
ISO8067
ISO8256
ISO13000-2-F2
ISO13934-1
ISO18488
JIS-K6251 Type 1
JIS-K6251 Type 2
JIS-K6251 Type 3
JIS-K6251 Type 4
JIS-K6251 Type 5
JIS-K6251 Type 6
JIS-K6251 Type 7
JIS-K6251 Type 8
JIS-K6252-1 Fig.2
JIS-K6400-5 Fig.2-1
JIS-K6400-5 Fig.3-2
JIS-K6935-2
JIS-K7113 Fig.2 Type 1
JIS-K7113 Fig.3 Type 2
JIS-K7127 Fig.2
JIS-K7127 Fig.3
JIS-K7137-2-A
JIS-K7137-2-B
JIS-K7139 Type A1
JIS-K7139 Type A2
JIS-K7161-2 1A
JIS-K7161-2 1B
JIS-K7161-2 5B
JIS-K7162 1A
JIS-K7162 1B
DIN50125
DIN53515
DIN53504 S1
DIN53504 S1A
DIN53504 S2
DIN53504 S3
DIN53504 S3A
EN455-2
EN12230
EN12311-2 Type B
EN60811-1-1 Fig. 12
EN60811-1-1 Fig. 13
EN60811-3-2 Fig. 1
EN60811-3-2 Fig. 2
EN60811-501 Fig. 1
EN60811-501 Fig. 2
GOST 262 Fig. 2
GOST 270 Type 1
GOST 270 Type 2
GOST 270 Type 3
GOST 270 Type 4
GOST 270 Type 5
GOST 270 Type 6
GOST 11262 Fig.1 Type 1A
GOST 11262 Fig.1 Type 1B
GOST 11262 Fig.2 Type 1
GOST11701 Type 1
GOST R 56800 Type 1
GOST R 56800 Type 2
GOST R 56800 Type 3
GOST R 56800 Type 4
GOST R 56800 Type 5
GOST 7912
NBR 15557 Fig.2
NBR 15557 Fig.3
NBR 15557 Fig.4