- ISO 37
- DIN 53504
- ASTM D 412
- ISO 34-1
- ASTM D624
- ISO 2818
- ISO 34-2
- ASTM D 4482
- ISO 815
- ASTM D 395
- ASTM D638
- ISO 178
Universal sample Cutting knives and Dies
MonTech · Cutting knives and Dies
All cutting dies are available as single, double, triple or multi dies. - Example configuration
Datasheets
- MonTech General Cataloguemontech-product-catalogue-2023.pdfDownload PDF
- MonTech Specimen and Die cuttingmontech-specimen-and-die-cutting-2021.pdfDownload PDF
Universal sample cutting knives and dies
Universal sample cutting knives and dies
MonTech΄s range of cutting knives and dies are durable and built to last, machined from a solid piece of steel, precision ground and hardened. MonTech cutting knives guarantee optimal dimensional stability, form accuracy and a long lifetime. All dies are available with automatic ejectors
See Specimen and Die cutting PDF
MonTech΄s range of cutting knives and dies are durable and built to last, machined from a solid piece of steel, precision ground and hardened. MonTech cutting knives guarantee optimal dimensional stability, form accuracy and a long lifetime. All dies are available with automatic ejectors
See Specimen and Die cutting PDF
Precision specimen cutters
MonTech is the leading supplier for specimen preparation systems for the rubber, plastics and composites industry with over 2000 dies and preparation systems manufactured annually.
The product line includes a full range of precision specimen cutting dies as well as clicker presses. MonTech dies are built to last and are considered to be the most reliable and durable in the market due to special machining and hardening processes, full compliance to international standards and a stringent quality control.
All specimen cutting dies are manufactured from high grade tools steel to guarantee long lasting cutting edge sharpness for highly precise and repeatable test specimen preparation and therefore a higher test result accuracy and improved repeatability.
The cutter are precision machined and EDM cut before they are heat treated several times during the manufacturing process to remove any machining stresses. Each die is individually diamond lapped finished for increased cutting edge wear resistance. All cutters are supplied as a complete assembly with a spring loaded sample ejection system to remove the cut sample from the die and at the same time protect the cutting edges.
Cutters are available in accordance to international standards but can also be manufactured to any size or shape required. Each cutting die is of course supplied with a detailed, traceable test and calibration report listing all critical sizes and dimensions and proofing full compliance to the related international standard or specification.
Each die is also available as a multi station die combining multiple cutting dies onto a single cover platen and mounting stud allowing multiple samples to be cut in a single operation.
MonTech is the leading supplier for specimen preparation systems for the rubber, plastics and composites industry with over 2000 dies and preparation systems manufactured annually.
The product line includes a full range of precision specimen cutting dies as well as clicker presses. MonTech dies are built to last and are considered to be the most reliable and durable in the market due to special machining and hardening processes, full compliance to international standards and a stringent quality control.
All specimen cutting dies are manufactured from high grade tools steel to guarantee long lasting cutting edge sharpness for highly precise and repeatable test specimen preparation and therefore a higher test result accuracy and improved repeatability.
The cutter are precision machined and EDM cut before they are heat treated several times during the manufacturing process to remove any machining stresses. Each die is individually diamond lapped finished for increased cutting edge wear resistance. All cutters are supplied as a complete assembly with a spring loaded sample ejection system to remove the cut sample from the die and at the same time protect the cutting edges.
Cutters are available in accordance to international standards but can also be manufactured to any size or shape required. Each cutting die is of course supplied with a detailed, traceable test and calibration report listing all critical sizes and dimensions and proofing full compliance to the related international standard or specification.
Each die is also available as a multi station die combining multiple cutting dies onto a single cover platen and mounting stud allowing multiple samples to be cut in a single operation.
Mounting studs and die height configuration
MonTech precision cuttings dies are equipped with mounting studs with a internal thread of M16x1 (in the cover platen) and a outer diameter of 25mm to accurately fit in P-VS 3000 series sample cutters.
All dies are precisely machined and calibrated to a die height of 32mm plus a 12mm cover platen to which the actual cutting die is fitted to.
Of course customized mounting shanks and studs are also available to suit individual customer requirements. These include also recessed or grooved studs, quick-clamp and magnetic studs or simply flat cover platens.
The cover plate – with or without attached stud – ensures an even distribution of the cutting force onto the entire die as well as houses the ejector system. This full-faced mechanical ejector is incorporated into the blade and is factory adjusted to the target specimen thickness. On completion of the cutting operation the finished specimens are ejected. This minimizes the risk of injury to the operator and damage to the blade. For sensitive materials also specialized foam ejectors are available.
MonTech precision cuttings dies are equipped with mounting studs with a internal thread of M16x1 (in the cover platen) and a outer diameter of 25mm to accurately fit in P-VS 3000 series sample cutters.
All dies are precisely machined and calibrated to a die height of 32mm plus a 12mm cover platen to which the actual cutting die is fitted to.
Of course customized mounting shanks and studs are also available to suit individual customer requirements. These include also recessed or grooved studs, quick-clamp and magnetic studs or simply flat cover platens.
The cover plate – with or without attached stud – ensures an even distribution of the cutting force onto the entire die as well as houses the ejector system. This full-faced mechanical ejector is incorporated into the blade and is factory adjusted to the target specimen thickness. On completion of the cutting operation the finished specimens are ejected. This minimizes the risk of injury to the operator and damage to the blade. For sensitive materials also specialized foam ejectors are available.
Sharpening and re-certification of cutting dies
In order to maintain highest quality of production and standards MonTech also offers re-calibration and resharpening of test dies to ensure that dies are capable of meeting the requirements defined by the related standards or specification.
While re-sharpening dies the die height is precisely calibrated to the initial height of 32mm eliminating the need for the customer to re-adjust the sample cutter stroke and height when changing over between different dies. All results of the rework and re-sharpening process are precisely documented in a detailed test report and traceable calibration certificate.
In order to maintain highest quality of production and standards MonTech also offers re-calibration and resharpening of test dies to ensure that dies are capable of meeting the requirements defined by the related standards or specification.
While re-sharpening dies the die height is precisely calibrated to the initial height of 32mm eliminating the need for the customer to re-adjust the sample cutter stroke and height when changing over between different dies. All results of the rework and re-sharpening process are precisely documented in a detailed test report and traceable calibration certificate.
DIN 53504 S1
Single Cutting Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
DIN 53504
Testing of rubber – Determination of tensile strength at break, tensile stress at yield, elongation at break and stress values in a tensile test
Testing of rubber – Determination of tensile strength at break, tensile stress at yield, elongation at break and stress values in a tensile test
DIN 53504 S2 Triple
Triple Cutting Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
DIN 53504
Testing of rubber – Determination of tensile strength at break, tensile stress at yield, elongation at break and stress values in a tensile test
Testing of rubber – Determination of tensile strength at break, tensile stress at yield, elongation at break and stress values in a tensile test
ISO 34-1 and ASTM D 624 Crescent
Tear Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ISO 34-1
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
ASTM D 624
Standard Test Method for Tear Strength of Conventional Vulcanized Rubber and Thermoplastic Elastomers
Standard Test Method for Tear Strength of Conventional Vulcanized Rubber and Thermoplastic Elastomers
ISO 34-1 Angle
Angle Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ISO 34-1
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
ASTM D 638
Tensile Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ASTM D 638
Standard Test Method for Tensile Properties of Plastics
Standard Test Method for Tensile Properties of Plastics
ISO 178
Thermoplastic Die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ISO 178
Plastics – Determination of flexural properties
Plastics – Determination of flexural properties
ISO 34-1
Trouser Tear die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ISO 34-1
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
Rubber, vulcanized or thermoplastic – Determination of tear strength – Part 1: Trouser, angle and crescent test pieces (ISO 34-1:2015)
ISO 37 A
Circular specimen cutting die
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
MonTechs range of cutting knives are all made from a single, solid piece of steel, precision ground and hardened. This special design guarantees optimal dimensional stability, form accuracy and a long lifetime. All ISO, ASTM, DIN, JIS, GB as well as selected die types according to other international standards are readilyavailable.
ISO 37 A
Rubber, vulcanized or thermoplastic – Determination of tensile stress-strain properties
Rubber, vulcanized or thermoplastic – Determination of tensile stress-strain properties
Key features
• DIN 53504 S1 — Standard size Dumbbell die
• DIN 53504 S2 Triple — Three dies mounted on a single cover plate for preparation of three specimens simultaneously
• ISO 34-1 and ASTM D 624 Crescent — Tear Die
• ISO 34-1 Angle — Tear die with embedded nick
• ASTM D 638 — Tensile die for plastic materials
• ISO 178 — Die for Thermoplastic and Thermosetting materials
• ISO 34-1 — Trouser Tear die
• ISO 37 A — Circular specimen cutting die
Model comparison
| Die / knife | Description |
|---|---|
| DIN 53504 S1 | Standard size Dumbbell die |
| DIN 53504 S2 Triple | Three dies mounted on a single cover plate for preparation of three specimens simultaneously |
| ISO 34-1 and ASTM D 624 Crescent | Tear Die |
| ISO 34-1 Angle | Tear die with embedded nick |
| ASTM D 638 | Tensile die for plastic materials |
| ISO 178 | Die for Thermoplastic and Thermosetting materials |
| ISO 34-1 | Trouser Tear die |
| ISO 37 A | Circular specimen cutting die |
Scroll the table sideways for every column
| Standard | Type | Application | l3 mm | l1 mm | b2 mm | b1 mm | h mm | L0 mm | L mm | Part - No |
|---|---|---|---|---|---|---|---|---|---|---|
| ISO 37 | 1 | Preferred size | >115 | 33±2 | 25±1 | 6+0.4 | 2±0.2 | 25±0.5 | - | MC 1.1010 |
| ISO 37 | 1A | Smaller size | 100 | 20+2 | 25±1 | 5±0.1 | 2±0.2 | 20±0.5 | - | MC 1.1011 |
| ISO 37 | 2 | Smaller preferred size | >75 | 25±1 | 12.5±1 | 4±0.1 | 2±0.2 | 20±0.5 | - | MC 1.1012 |
| ISO 37 | 3 | Smaller size | >50 | 16±1 | 8.5±0.5 | 4±0.1 | 2±0.2 | 10±0.5 | - | MC 1.1013 |
| ISO 37 | 4 | Very small size | >35 | 12±0.5 | 6±0.5 | 2±0.1 | 1±0.1 | 10±0.5 | - | MC 1.1014 |
| DIN 53504 | S1 | Larger size | 115 | 33±2 | 25±1 | 6+0.4 | 2±0.2 | 25 | - | MC 1.1020 |
| DIN 53504 | S2 | Preferred size | 75 | 25±1 | 12.5±1 | 4±0.1 | 2±0.2 | 20 | - | MC 1.1021 |
| DIN 53504 | S3a | Smaller size | 50 | 16 | 8.5 | 4 | 2±0.2 | 10 | - | MC 1.1022 |
| DIN 53504 | S3 | Very small size | 35 | 12±0.5 | 6±0.5 | 2±0.05 | 1±0.1 | 10 | - | MC 1.1023 |
| ASTM D 412 | C | Preferred size | >115 | 33 | 25±1 | 6+0.05 | 1.3...3.3 | 25±0.25 | - | MC 1.1030 |
| ASTM D 412 | A | Possible size | >140 | 59±2 | 25±1 | 12+0.05 | 1.3...3.3 | 50±0.5 | - | MC 1.1031 |
| ASTM D 412 | B | Possible size | >40 | 59±2 | 25±1 | 6+0.05 | 1.3...3.3 | 50±0.5 | - | MC 1.1032 |
| ASTM D 412 | D | Possible size | >100 | 33±2 | 16±1 | 3+0.05 | 1.3...3.3 | 25±0.25 | - | MC 1.1033 |
| ASTM D 412 | E | Possible size | >125 | 59±2 | 16±1 | 3+0.05 | 1.3...3.3 | 50±0.5 | - | MC 1.1034 |
| ASTM D 412 | F | Possible size | >125 | 59±2 | 16±1 | 6+0.05 | 1.3...3.3 | 50±0.5 | - | MC 1.1035 |
| ISO 37 | A | Normal size | 52.6 | 44.6±0.2 | - | - | 4±0.2 | 152.7 | - | MC 1.1016 |
| ISO 37 | B | Small size | 10 | 8±0.1 | - | - | 1±0.1 | 28.26 | - | MC 1.1017 |
| DIN 53504 | R1 | Preferred size | 52.6 | 44.6 | - | - | 4±0.2 | 152.7 | - | MC 1.1025 |
| DIN 53504 | R2 | Small size | 44.6 | 36.6 | - | - | 4±0.2 | 127.5 | - | MC 1.1026 |
| ASTM D 412 | 1 | Preferred size | 17.9 | 15.9 | - | - | 1...3.3 | 50 | - | MC 1.1037 |
| ASTM D 412 | 2 | Larger size | 35.8 | 31.8 | - | - | 1...3.3 | 100 | - | MC 1.1038 |
| ISO 34-1 | A | Tear test, trouser preferred size | >100 | - | 15±1 | - | 2±0.2 | - | - | MC 1.1050 |
| ISO 34-1 and ASTM D 624 | B / C | Tear test, angle with/ without nick | >100 | - | 19±0.05 | 12.7±0.05 | 2±0.2 | - | - | MC 1.1055(.N), MC 1.1056(.N), MC 1.1057(.N) |
| ISO 34-1 and ASTM D 624 | C / B | Tear test, crescent with/ without nick | >110 | - | 25±0.5 | 10.5±0.05 | 2±0.2 | - | - | MC 1.1058(.N) |
| ASTM D 624 | cutting die A | 42 | - | - | 10.2 | - | - | - | MC 1.1060 |
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| Standard | Type | Application | l2 mm | l1 mm | b2 mm | b1 mm | h mm | L0 mm | Part - No |
|---|---|---|---|---|---|---|---|---|---|
| ISO 37 | 1 | Preferred size | >115 | 33±2 | 25±1 | 6.2±0.2 | 2±0.2 | 25±0.5 | MC 1.1010 |
| ISO 37 | 1A | Smaller size | >100 | 21±1 | 25±1 | 5±0.1 | 2±0.2 | 20±0.5 | MC 1.1011 |
| ISO 37 | 2 | Smaller preferred size | >75 | 25±1 | 12.5±1 | 4±0.1 | 2±0.2 | 20±0.5 | MC 1.1012 |
| ISO 37 | 3 | Smaller size | >50 | 16±1 | 8.5±0.5 | 4±0.1 | 2±0.2 | 10±0.5 | MC 1.1013 |
| ISO 37 | 4 | Very small size | >35 | 12±0.5 | 6±0.5 | 2±0.1 | 1±0.1 | 10±0.5 | MC 1.1014 |
| DIN 53504 | S1 | Larger size | >115 | 33±1 | 25±1 | 6±0.05 | 2±0.2 | 25 | MC 1.1020 |
| DIN 53504 | S1A | Smaller size | >100 | 250±1 | 25±1 | 5±0.05 | 2±0.2 | 25 | MC 1.1024 |
| DIN 53504 | S2 | Preferred size | >75 | 25±1 | 12.5±1 | 4±0.05 | 2±0.2 | 20 | MC 1.1021 |
| DIN 53504 | S3A | Smaller size | >50 | 16±1 | 8.5±0.5 | 4±0.05 | 2±0.2 | 10 | MC 1.1022 |
| DIN 53504 | S3 | Very small size | >35 | 12±0.5 | 6±0.5 | 2±0.05 | 1±0.1 | 10 | MC 1.1023 |
| ASTM D 412 | A | Possible size | >140 | 59±2 | 25±2 | 12±0.05 | 1.5...3.0 | 50±0.08 | MC 1.1031 |
| ASTM D 412 | B | Possible size | >140 | 59±2 | 25±2 | 6+0.05 | 1.3...3.3 | 50±0.08 | MC 1.1032 |
| ASTM D 412 | C | Smaller preferred size | >115 | 33±2 | 25±2 | 6+0.05 | 2±0.2 | 20/25 ±0.08 | MC 1.1030 |
| ASTM D 412 | D | Possible size | >100 | 33±2 | 16±2 | 3+0.05 | 1.3...3.3 | 25±0.08 | MC 1.1033 |
| ASTM D 412 | E | Possible size | >125 | 59±2 | 16±2 | 3+0.05 | 1.3...3.3 | 50±0.08 | MC 1.1034 |
| ASTM D 412 | F | Possible size | >125 | 59±2 | 16±2 | 6+0.05 | 1.3...3.3 | 50±0.08 | MC 1.1035 |
Scroll the table sideways for every column
| Standard | Type | Application | l2 mm | l1 mm | b2 mm | b1 mm | h mm | L0 mm | Part - No |
|---|---|---|---|---|---|---|---|---|---|
| ISO 37 | A | Normal size | 52.6 | 44.6±0.2 | - | - | 4±0.2 | - | MC 1.1016 |
| ISO 37 | B | Small size | 10 | 8±0.1 | - | - | 1±0.1 | - | MC 1.1017 |
| DIN 53504 | Ring - R1 | Preferred size | 52.6+0.05 | 44.6+0.05 | - | - | 4 / 6.3±0.2 | 152.7 | MC 1.1025 |
| DIN 53504 | Ring - R2 | Small size | 44.6+0.05 | 36.6+0.05 | - | - | 4 / 6.3±0.2 | 127.5 | MC 1.1026 |
| ASTM D 412 | Ring - 1 | Preferred size | 52.6±0.1 | 44.6±0.1 | - | - | 4...6 | - | MC 1.1037 |
| ASTM D 412 | Ring - 2 | Larger size | 33.5±0.1 | 29.5±0.1 | - | - | 4...6 | - | MC 1.1038 |
| ISO 34-1 / ASTM D 624 | A | Tear test, trouser preferred size | >100 (ISO) / >150 (ASTM) | 40±5 slit | 15±1 | 7.5±0,5 | 2±0.2 | - | MC 1.1050 / MC 1.1051 |
| ISO 34-1 / ASTM D 624 | B | Tear test, angle with nick | >100 | - | 19±0.05 | 90°±0.5 | 2±0.2 | - | MC 1.1055.N / MC 1.1056.N |
| ISO 34-1 / ASTM D 624 | B | Tear test, angle without nick | >100 | - | 19±0.05 | 90°±0.5 | 2±0.2 | - | MC 1.1055 / MC 1.1056 |
| ISO 34-1 / ASTM D 624 | C | Tear test, crescent with nick | >100 | - | 25±0.5 | R12.5±0.1 | 2±0.2 | - | MC 1.1057.N / MC 1.1058.N |
| ISO 34-1 / ASTM D 624 | C | Tear test, crescent without nick | >100 | - | 25±0.5 | R12.5±0.1 | 2±0.2 | - | MC 1.1057 / MC 1.1058 |
| ASTM D 624 | A | cutting die A | 42 | - | - | 10.2 | - | - | MC 1.1060 |
| ISO 34-2 | A | Delft tear test | 120 | - | - | 9 | 2±0.2 | - | MC 1.1065 |
| ASTM D 4482 | Fatigue to Failure FTF | 78.74±0.01 | 25±0.05 | 12.5±1 | 4±0.1 | 1.4±0.05 | 25±0.5 | MC 1.1039 | |
| ISO 815 / ASTM D 395 | 1 | Compression set, large specimen | 29±0.1 | - | - | - | 1-8 | - | MC 10.1129 |
| ISO 815 / ASTM D 395 | 2 | Compression set, small specimen | 13±0.1 | - | - | - | 1-8 | - | MC 10.1113 |
| Circular, general purpose | Diameter as per customer choice | >1-50 | - | - | - | 1-6 (opt. 10) | - | MC 10.1000 | |
| Circular, general purpose | Diameter as per customer choice | >50-100 | - | - | - | 1-6 (opt. 10) | - | MC 10.1010 | |
| Circular, general purpose | Diameter as per customer choice | >100-200 | - | - | - | 1-6 (opt. 10) | - | MC 10.1020 | |
| Rectangular, general purpose | Dimensions as per customer choice | TL 1-50 | - | - | - | 1-6 (opt. 10) | - | MC 10.5000 | |
| Rectangular, general purpose | Dimensions as per customer choice | TL >50-100 | - | - | - | 1-6 (opt. 10) | - | MC 10.5010 | |
| Rectangular, general purpose | Dimensions as per customer choice | TL >100-200 | - | - | - | 1-6 (opt. 10) | - | MC 10.5020 |
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