# MT-Tools for HSK-T (MT HT4D series, HSK-T40)

Source: https://www.denitool.com/en/mt-tools-for-hsk-t.html
Curated Markdown for AI agents. Prices and availability: live via the Store API, see https://www.denitool.com/llms.txt

MT-Tools for HSK-T are compact Denitool® turning tools for combined mill-turn centers. Each tool is a monobloc article with an HSK-T40 hollow taper shank (ISO 12164-3), sold complete under one article number, for example "MT HT4D 060 D2022". The range covers:

- **External turning holders** (KAPR 50°, 62.5°, 72.5°, 100°), a **threading holder** and two **cut-off (parting/grooving) holders** for workpieces up to ⌀ 58 mm (2.283").
- **Boring bars for internal turning** in bores from ⌀ 8.2 mm (.323") (minimum bore diameter DMIN), with maximum boring depths of 24 to 48 mm (.945" to 1.890").
- **Adapters** that take Denitool MicroTurn A/S tips (shank ⌀ 4, 6, 8 mm) and SynTool carbide boring bars (shank ⌀ 4, 5, 6 mm) for very small bores.

The human page lists 59 articles. All 59 are in the Swiss shop and in the US shop under the same designation. All are metric tools. There is no separate inch series. The inch catalog gives the same tools in inch units.

Denitool is made by DENI AG (Veltheim, Switzerland) and its subsidiary Denitool Inc. (Raleigh NC, inch program).

![MT-Tools for HSK-T](https://www.denitool.com/assets/images/4/Denitool-MT-Tools-for-HSK-T-small-1171f604.jpg)

## Interface and machine compatibility (page statements)

- **HSK-T**: MT-Tools HSK-T can be changed on all HSK-T and HSK-A automatic tool changers. For questions about compatibility with a specific machine, contact Denitool customer care: https://www.denitool.com/md/en/support.md
- **High positioning accuracy**: the base geometry of HSK-T is essentially the same as HSK-A. The tool driver slot and the tool holder drive key are made to tighter tolerances. The HSK-T standard is **ISO 12164-3** for the tool and **ISO 12164-4** for the tool holder.
- Interface size on all MT HT4D articles: **HSK-T40** (connection ⌀ 40 mm / 1.575"). The catalog footnote reads "ISO 12164-3 HSK-T40 / ICTM Standard".
- Body material: steel (the shop describes the steel shank of the holders and boring bars as hardened). External holders and boring bars have an internal coolant channel directed at the insert.

## Terms used on this page

- **KAPR**: tool cutting edge angle (ISO 13399), the angle between the main cutting edge and the feed direction.
- **DMIN**: minimum bore diameter the boring bar can enter and machine.
- **Max. boring depth**: the maximum boring depth at DMIN (catalog symbol A, master-data field LDRED).
- **Neck ⌀**: diameter of the reduced front section of the boring bar (catalog symbol Ød).
- **WF**: functional width, the distance from the tool axis to the cutting corner (catalog symbol F).
- **LF**: functional length, from the HSK gauge face to the cutting corner (catalog symbol L).
- **OAL**: overall length, including the HSK taper (catalog symbol L2).
- **Hand**: R = right-hand, L = left-hand, N = neutral.
- **Tool style codes** (ISO 5608 scheme for holders, ISO 5609 for boring bars, e.g. SVLCR): S = screw clamping, 2nd letter = insert shape (C = 80° rhombic, D = 55° rhombic, V = 35° rhombic), 3rd letter = tool style (sets KAPR), 4th letter = insert clearance angle (C = 7°, P = 11°), 5th letter = hand. Full key: https://www.denitool.com/md/en/boring-bar-designation.md
- **Insert seat** (e.g. VC 0702): insert shape + clearance + cutting edge length + thickness code, as in the insert designation (VC 0702 takes VCGT 0702.. inserts). Key: https://www.denitool.com/md/en/insert-designation.md
- **Driver codes**: T5F, T6F, T7F, T8F = flag-type Torx drivers size T5 to T8; T15H = Torx T15 screwdriver; T20S and T25S = hex keys 2.0 mm and 2.5 mm (listed for the MicroTurn A/S adapters).

## Reading an MT HT4D designation

Pattern observed across all 59 articles in the Denitool master data (not an official key):

- `MT HT4D` = MT-Tool of the HSK-T40 series (all articles with this prefix have the HSK-T40 interface).
- Boring bars, e.g. `MT HT4D 1030 VLR07`: `10` = neck ⌀ in mm, `30` = max. boring depth in mm, `V` = insert shape (35° rhombic), `L` = tool style (KAPR 95°, see the style table below), `R` = right-hand, `07` = insert size (VC 0702). `05` means VC 0501 for V-inserts and CP 05T1 for C-inserts.
- External holders, e.g. `MT HT4D 060 VXR13`: `060` = functional length LF 60 mm, `V` = insert shape, `X` = tool style, `R` = hand, `13` = insert size (VC 1303).
- `MT HT4D 060 D2022` / `D2040` = cut-off holder for D2022 / D2040 cut-off inserts. `MT HT4D 060 LTR16` = threading holder for LT 16ER inserts, right-hand.
- `MT HT4D AS04` = adapter for MicroTurn A/S tips with ⌀ 4 mm shank. `MT HT4D ST05` = adapter for SynTool boring bars with ⌀ 5 mm shank.

## External turning holders

All: HSK-T40, LF 60 mm (2.362"), OAL 80 mm (3.150"). Values from the Denitool master data and the catalog PDF linked on the page.

| Designation | Style | KAPR | Hand | Insert seat (Denitool insert family) | Screw | Torx driver |
|---|---|---|---|---|---|---|
| MT HT4D 060 CMN09 | SCMCN | 50° | neutral | CC.. 09T3.. (IsoTools) | T35.110 | T15H |
| MT HT4D 060 DNN11 | SDNCN | 62.5° | neutral | DC.. 11T3.. (IsoTools) | T35.110 | T15H |
| MT HT4D 060 VVN13 | SVVCN | 72.5° | neutral | VC.. 1303.. (Copy 35°) | T30.090 | T8F |
| MT HT4D 060 VXL13 | SVXCL | 100° | left | VC.. 1303.. (Copy 35°) | T30.090 | T8F |
| MT HT4D 060 VXR13 | SVXCR | 100° | right | VC.. 1303.. (Copy 35°) | T30.090 | T8F |
| MT HT4D 060 VXR07 | SVXCR | 100° | right | VC.. 0702.. (MiniCopy 35°) | T20.055 | T6F |
| MT HT4D 060 VZL13 | SVZCL | 100° | left | VC.. 1303.. (Copy 35°) | T30.090 | T8F |
| MT HT4D 060 VZR13 | SVZCR | 100° | right | VC.. 1303.. (Copy 35°) | T30.090 | T8F |

- Catalog note: right-hand inserts with wiper require MT-Tools in execution R.
- SVZC holders: WF 13 mm (.512").

### Threading holder

| Designation | Insert | Thread | LF mm (in) | WF mm (in) | OAL mm (in) | Clamping |
|---|---|---|---|---|---|---|
| MT HT4D 060 LTR16 | LT 16ER.. | right-hand, external | 60 (2.362) | 13.5 (.531) | 80 (3.150) | Screw set TDE 001 (anvil, anvil screw, insert screw) |

LT 16ER threading inserts are not listed in the Denitool shops. Ask Denitool customer care.

### Cut-off (parting and grooving) holders

| Designation | Cut-off insert | Cutting width | Max. cutting depth | Max. workpiece ⌀ | LF / OAL |
|---|---|---|---|---|---|
| MT HT4D 060 D2022 | D2022 .... | 2.2 mm (.087") | 22 mm (.866") | 58 mm (2.283") | 60 / 80 mm (2.362 / 3.150") |
| MT HT4D 060 D2040 | D2040 .... | 4.0 mm (.157") | 22 mm (.866") | 58 mm (2.283") | 60 / 80 mm (2.362 / 3.150") |

KAPR 90°, neutral. The catalog lists no insert screw for these holders, only a mounting lever (K-170137) to change the insert. Insert types (D2022 L10/L16/N00/R10/R16, D2040 N00, grade DX50): https://www.denitool.com/md/en/cut-off-inserts-code.md

## Boring bars (internal turning)

All right-hand, HSK-T40, steel with internal coolant. Values from the Denitool master data (mm). Inch values converted (1 in = 25.4 mm), rounded to 3 decimals.


### Tool styles of the boring bars

| Style | KAPR | Use | Insert seats |
|---|---|---|---|
| SVOCR | 5° | Very small cutting edge angle. Catalog caution: do not use the secondary cutting edge for machining. | VC 0501, VC 0702 |
| SVXCR | 113° | Copying (profiling) with 113° cutting edge angle | VC 0501, VC 0702 |
| SVLCR | 95° | Boring and copying to a shoulder | VC 0501, VC 0702 |
| SVQCR | 95°, backwards | Back boring / back copying (cuts toward the tool shank). The catalog index lists this style as "50° SVQCR" after the 50° angle on the back edge in the drawing. | VC 0501, VC 0702 |
| SVVCR | 72.5° | Copying with 72.5° cutting edge angle (PSIR 17.5°) | VC 0501, VC 0702 |
| SCUPR | 93° | Boring to a shoulder with 80° rhombic inserts | CP 05T1 |
| SCMPR | 50° | 50° cutting edge angle, lead angle PSIR 40° | CP 05T1 |

Insert seats and the Denitool insert programs they come from (catalog index): VC 0501 = MicroCopy 35°, VC 0702 = MiniCopy 35°, CP 05T1 = MiniTools 80°.

### Dimensions

| Designation | Style | KAPR | Insert seat | DMIN mm (in) | Neck ⌀ mm (in) | Max. boring depth mm (in) | WF mm (in) | LF mm (in) | OAL mm (in) | Screw | Torx driver |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MT HT4D 0824 VOR05 | SVOCR | 5° | VC 0501 | 8.2 (.323) | 8 (.315) | 24 (.945) | 4 (.157) | 48 (1.890) | 68 (2.677) | T16.035 | T5F |
| MT HT4D 0832 VOR05 | SVOCR | 5° | VC 0501 | 8.2 (.323) | 8 (.315) | 32 (1.260) | 4 (.157) | 56 (2.205) | 76 (2.992) | T16.035 | T5F |
| MT HT4D 1030 VOR07 | SVOCR | 5° | VC 0702 | 11 (.433) | 10 (.394) | 30 (1.181) | 5.5 (.217) | 54 (2.126) | 74 (2.913) | T20.055 | T6F |
| MT HT4D 1040 VOR07 | SVOCR | 5° | VC 0702 | 11 (.433) | 10 (.394) | 40 (1.575) | 5.5 (.217) | 64 (2.520) | 84 (3.307) | T20.055 | T6F |
| MT HT4D 1236 VOR07 | SVOCR | 5° | VC 0702 | 13 (.512) | 12 (.472) | 36 (1.417) | 6.5 (.256) | 60 (2.362) | 80 (3.150) | T20.055 | T6F |
| MT HT4D 1248 VOR07 | SVOCR | 5° | VC 0702 | 13 (.512) | 12 (.472) | 48 (1.890) | 6.5 (.256) | 72 (2.835) | 92 (3.622) | T20.055 | T6F |
| MT HT4D 0824 VXR05 | SVXCR | 113° | VC 0501 | 10.2 (.402) | 8 (.315) | 24 (.945) | 6 (.236) | 48 (1.890) | 68 (2.677) | T16.045 | T5F |
| MT HT4D 0832 VXR05 | SVXCR | 113° | VC 0501 | 10.2 (.402) | 8 (.315) | 32 (1.260) | 6 (.236) | 56 (2.205) | 76 (2.992) | T16.045 | T5F |
| MT HT4D 1030 VXR07 | SVXCR | 113° | VC 0702 | 13.3 (.524) | 10 (.394) | 30 (1.181) | 7.7 (.303) | 54 (2.126) | 74 (2.913) | T20.055 | T6F |
| MT HT4D 1040 VXR07 | SVXCR | 113° | VC 0702 | 13.3 (.524) | 10 (.394) | 40 (1.575) | 7.7 (.303) | 64 (2.520) | 84 (3.307) | T20.055 | T6F |
| MT HT4D 1236 VXR07 | SVXCR | 113° | VC 0702 | 17.5 (.689) | 12 (.472) | 36 (1.417) | 11 (.433) | 60 (2.362) | 80 (3.150) | T20.055 | T6F |
| MT HT4D 1248 VXR07 | SVXCR | 113° | VC 0702 | 17.5 (.689) | 12 (.472) | 48 (1.890) | 11 (.433) | 72 (2.835) | 92 (3.622) | T20.055 | T6F |
| MT HT4D 0824 VLR05 | SVLCR | 95° | VC 0501 | 10.2 (.402) | 8 (.315) | 24 (.945) | 6 (.236) | 48 (1.890) | 68 (2.677) | T16.045 | T5F |
| MT HT4D 0832 VLR05 | SVLCR | 95° | VC 0501 | 10.2 (.402) | 8 (.315) | 32 (1.260) | 6 (.236) | 56 (2.205) | 76 (2.992) | T16.045 | T5F |
| MT HT4D 1030 VLR07 | SVLCR | 95° | VC 0702 | 14 (.551) | 10 (.394) | 30 (1.181) | 8.5 (.335) | 54 (2.126) | 74 (2.913) | T20.055 | T6F |
| MT HT4D 1040 VLR07 | SVLCR | 95° | VC 0702 | 14 (.551) | 10 (.394) | 40 (1.575) | 8.5 (.335) | 64 (2.520) | 84 (3.307) | T20.055 | T6F |
| MT HT4D 1236 VLR07 | SVLCR | 95° | VC 0702 | 17.5 (.689) | 12 (.472) | 36 (1.417) | 11 (.433) | 60 (2.362) | 80 (3.150) | T20.055 | T6F |
| MT HT4D 1248 VLR07 | SVLCR | 95° | VC 0702 | 17.5 (.689) | 12 (.472) | 48 (1.890) | 11 (.433) | 72 (2.835) | 92 (3.622) | T20.055 | T6F |
| MT HT4D 0824 VQR05 | SVQCR | 95° | VC 0501 | 10.2 (.402) | 8 (.315) | 24 (.945) | 6 (.236) | 48 (1.890) | 73 (2.874) | T16.045 | T5F |
| MT HT4D 0832 VQR05 | SVQCR | 95° | VC 0501 | 10.2 (.402) | 8 (.315) | 32 (1.260) | 6 (.236) | 56 (2.205) | 81 (3.189) | T16.045 | T5F |
| MT HT4D 1030 VQR07 | SVQCR | 95° | VC 0702 | 14 (.551) | 10 (.394) | 30 (1.181) | 8.5 (.335) | 54 (2.126) | 81.2 (3.197) | T20.055 | T6F |
| MT HT4D 1040 VQR07 | SVQCR | 95° | VC 0702 | 14 (.551) | 10 (.394) | 40 (1.575) | 8.5 (.335) | 64 (2.520) | 91.2 (3.591) | T20.055 | T6F |
| MT HT4D 1236 VQR07 | SVQCR | 95° | VC 0702 | 17.5 (.689) | 12 (.472) | 36 (1.417) | 11 (.433) | 60 (2.362) | 87.5 (3.445) | T20.055 | T6F |
| MT HT4D 1248 VQR07 | SVQCR | 95° | VC 0702 | 17.5 (.689) | 12 (.472) | 48 (1.890) | 11 (.433) | 72 (2.835) | 99.5 (3.917) | T20.055 | T6F |
| MT HT4D 0824 VVR05 | SVVCR | 72.5° | VC 0501 | 10.7 (.421) | 8 (.315) | 24 (.945) | 6.5 (.256) | 48 (1.890) | 70.1 (2.760) | T16.045 | T5F |
| MT HT4D 0832 VVR05 | SVVCR | 72.5° | VC 0501 | 10.7 (.421) | 8 (.315) | 32 (1.260) | 6.5 (.256) | 56 (2.205) | 78.1 (3.075) | T16.045 | T5F |
| MT HT4D 1030 VVR07 | SVVCR | 72.5° | VC 0702 | 15 (.591) | 10 (.394) | 30 (1.181) | 9.5 (.374) | 54 (2.126) | 77 (3.031) | T20.055 | T6F |
| MT HT4D 1040 VVR07 | SVVCR | 72.5° | VC 0702 | 15 (.591) | 10 (.394) | 40 (1.575) | 9.5 (.374) | 64 (2.520) | 87 (3.425) | T20.055 | T6F |
| MT HT4D 1236 VVR07 | SVVCR | 72.5° | VC 0702 | 17.5 (.689) | 12 (.472) | 36 (1.417) | 11 (.433) | 60 (2.362) | 83.2 (3.276) | T20.055 | T6F |
| MT HT4D 1248 VVR07 | SVVCR | 72.5° | VC 0702 | 17.5 (.689) | 12 (.472) | 48 (1.890) | 11 (.433) | 72 (2.835) | 95.2 (3.748) | T20.055 | T6F |
| MT HT4D 0824 CUR05 | SCUPR | 93° | CP 05T1 | 11 (.433) | 8 (.315) | 24 (.945) | 6 (.236) | 48 (1.890) | 68 (2.677) | T22.045 | T7F |
| MT HT4D 0832 CUR05 | SCUPR | 93° | CP 05T1 | 11 (.433) | 8 (.315) | 32 (1.260) | 6 (.236) | 56 (2.205) | 76 (2.992) | T22.045 | T7F |
| MT HT4D 1030 CUR05 | SCUPR | 93° | CP 05T1 | 13 (.512) | 10 (.394) | 30 (1.181) | 7 (.276) | 54 (2.126) | 74 (2.913) | T22.045 | T7F |
| MT HT4D 1040 CUR05 | SCUPR | 93° | CP 05T1 | 13 (.512) | 10 (.394) | 40 (1.575) | 7 (.276) | 64 (2.520) | 84 (3.307) | T22.045 | T7F |
| MT HT4D 1236 CUR05 | SCUPR | 93° | CP 05T1 | 16 (.630) | 12 (.472) | 36 (1.417) | 9 (.354) | 60 (2.362) | 80 (3.150) | T22.050 | T7F |
| MT HT4D 1248 CUR05 | SCUPR | 93° | CP 05T1 | 16 (.630) | 12 (.472) | 48 (1.890) | 9 (.354) | 72 (2.835) | 92 (3.622) | T22.050 | T7F |
| MT HT4D 0824 CMR05 | SCMPR | 50° | CP 05T1 | 10.5 (.413) | 8 (.315) | 24 (.945) | 6 (.236) | 48 (1.890) | 71.4 (2.811) | T22.045 | T7F |
| MT HT4D 0832 CMR05 | SCMPR | 50° | CP 05T1 | 10.5 (.413) | 8 (.315) | 32 (1.260) | 6 (.236) | 56 (2.205) | 79.4 (3.126) | T22.045 | T7F |
| MT HT4D 1030 CMR05 | SCMPR | 50° | CP 05T1 | 12.5 (.492) | 10 (.394) | 30 (1.181) | 7 (.276) | 54 (2.126) | 77.4 (3.047) | T22.045 | T7F |
| MT HT4D 1040 CMR05 | SCMPR | 50° | CP 05T1 | 12.5 (.492) | 10 (.394) | 40 (1.575) | 7 (.276) | 64 (2.520) | 87.4 (3.441) | T22.045 | T7F |
| MT HT4D 1236 CMR05 | SCMPR | 50° | CP 05T1 | 15.5 (.610) | 12 (.472) | 36 (1.417) | 9 (.354) | 60 (2.362) | 83.4 (3.283) | T22.050 | T7F |
| MT HT4D 1248 CMR05 | SCMPR | 50° | CP 05T1 | 15.5 (.610) | 12 (.472) | 48 (1.890) | 9 (.354) | 72 (2.835) | 95.4 (3.756) | T22.050 | T7F |

Notes on the table:

- Max. boring depth is the depth reachable at DMIN (the catalog shows smaller intermediate values for some bars: a smaller bore ⌀ B1 up to a shorter depth A1; see the catalog PDF).
- The catalog PDF lists screw T16.045 for all VC 0501 bars. The master data lists T16.035 for the SVOCR bars MT HT4D 0824 VOR05 and 0832 VOR05. Both are M1.6 screws for driver T5F with the same torque. Ask Denitool before ordering spare screws.

### Insert screws and tightening torque

| Screw | Thread | Driver | Torque | Used in |
|---|---|---|---|---|
| T16.035, T16.045 | M1.6 | T5F | 0.30 Nm (2.7 lbf·in) | VC 0501 bars |
| T20.055 | M2.0 | T6F | not in the Denitool torque table, ask Denitool | VC 0702 bars, MT HT4D 060 VXR07 |
| T22.045, T22.050 | M2.2 | T7F | 1.00 Nm (8.9 lbf·in) | CP 05T1 bars (T22.050 on the 12 mm neck sizes) |
| T30.090 | M3.0 | T8F | 2.20 Nm (19.5 lbf·in) | VC 1303 holders |
| T35.110 | M3.5 | T15H | not in the Denitool torque table, ask Denitool | CC 09T3 and DC 11T3 holders |

Torque values from https://www.denitool.com/md/en/tightening-torque.md

## Adapters for small bores

Monobloc adapters with HSK-T40 shank that clamp small Denitool boring tools. Values from the Denitool master data. Weight 0.25 kg each (shop data).

| Designation | Takes | Bore ⌀ for tool shank mm (in) | LF mm (in) | OAL mm (in) | Driver |
|---|---|---|---|---|---|
| MT HT4D AS04 | MicroTurn A/S tips, shank ⌀ 4 mm (e.g. NSAR 2804.., NSLR 2804..) | 4 (.157) | 39 (1.535) | 57 (2.244) | T20S |
| MT HT4D AS06 | MicroTurn A/S tips, shank ⌀ 6 mm (e.g. NSER 4806.., NSLR 4806..) | 6 (.236) | 40 (1.575) | 62 (2.441) | T20S |
| MT HT4D AS08 | MicroTurn A/S tips, shank ⌀ 8 mm (e.g. NSER 6808.., NSLR 6808..) | 8 (.315) | 42 (1.654) | 62 (2.441) | T25S |
| MT HT4D ST04 | SynTool boring bars, shank ⌀ 4 mm (e.g. C0420 SCLDR-04) | 4 (.157) | 37 (1.457) | 57 (2.244) | T15H (screw T60.075), see note |
| MT HT4D ST05 | SynTool boring bars, shank ⌀ 5 mm (e.g. C0520 SDUCR-04) | 5 (.197) | 42 (1.654) | 62 (2.441) | T15H (screw T60.075), see note |
| MT HT4D ST06 | SynTool boring bars, shank ⌀ 6 mm (e.g. C0624 SGLCR-04) | 6 (.236) | 42 (1.654) | 62 (2.441) | T15H (screw T60.075), see note |

- The catalog PDF on the page lists the matching MicroTurn A/S tips (turning NSAR, grooving NSER, copying NSLR/NSXR, back copying NSQR, face grooving NSFR, threading NSMR/NSWR) and SynTool bars for each adapter. Programs: https://www.denitool.com/md/en/microturn-a-s.md and https://www.denitool.com/md/en/syntool.md
- Catalog note: SynTool adapters and boring bars are compatible with SIMTEK® simturn® AX.
- SynTool adapters: the catalog PDFs list driver T15H for screw T60.075 (M6 x 7.5), the master data lists T20S. Ask Denitool if you need the driver.
- OAL of the adapters differs between the metric catalog PDF, the inch catalog PDF and the master data (see below). Values in this table are master data.

## Inserts and grades

The holders and bars take standard Denitool inserts of these sizes: CC.. 09T3.., DC.. 11T3.., VC.. 1303.., VC.. 0702.., VC.. 0501.., CP.. 05T1.., and the cut-off inserts D2022 / D2040. Examples in the shop: `VCGT 050102-20 STC`, `VCGT 070202 FN-18M DX2`, `VCGT 130304 FN-250 DX20`, `CPGT 05T102 FN-20 DX50`, `CCGT 09T304 FN-250 DX2`, `DCGT 11T304 FN-250 DX2`, `D2022 N00 CF02 DX50`.

- Insert designation key (shape, clearance, size, chip breaker such as FN, FR, FL, EN): https://www.denitool.com/md/en/insert-designation.md
- Grades (STC, DX2, DX20, DX50, DLCC …): https://www.denitool.com/md/en/insert-grades.md
- Cutting data is not given on this page.

## Catalogs and images

- Metric catalog PDF (the "Metric" tab of the page, catalog pages 131 to 154): https://drive.google.com/file/d/0B0FVd0DDs6fFNEhra01qMXBTSDA/preview
- Inch catalog PDF (the "Inch" tab, catalog pages 123 to 146): https://drive.google.com/file/d/1OqKndebalEhtORkn7vggOmnA7KR7yJMZ/preview
- Product photo per article (shop): `https://ch.denitool.com/wp-content/uploads/2024/08/<slug>.webp`, slug = designation in lower case with hyphens, e.g. https://ch.denitool.com/wp-content/uploads/2024/08/mt-ht4d-1030-vqr07.webp

Dimension drawings (shop images, one per tool style):

| Articles | Drawing |
|---|---|
| MT HT4D 060 CMN09 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttecmht4d.webp |
| MT HT4D 060 DNN11 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttednht4d.webp |
| MT HT4D 060 VVN13 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttevvht4d.webp |
| MT HT4D 060 VXL13, VXR07, VXR13 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttevxht4d.webp |
| MT HT4D 060 VZL13, VZR13 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttevzht4d.webp |
| MT HT4D 060 LTR16 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mtteltht4d.webp |
| MT HT4D 060 D2022, D2040 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mtted2ht4d.webp |
| SVOCR bars (.. VOR05 / VOR07) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttivorht4d.webp |
| SVXCR bars (.. VXR05 / VXR07) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttivxrht4d.webp |
| SVLCR bars (.. VLR05 / VLR07) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttivlrht4d.webp |
| SVQCR bars (.. VQR05 / VQR07) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttivqrht4d.webp |
| SVVCR bars (.. VVR05 / VVR07) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttivvrht4d.webp |
| SCUPR bars (.. CUR05) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mtticurht4d.webp |
| SCMPR bars (.. CMR05) | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mtticmrht4d.webp |
| MT HT4D AS04, AS06, AS08 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttiasht4d.webp |
| MT HT4D ST04, ST05, ST06 | https://ch.denitool.com/wp-content/uploads/2024/09/dwg_mttistht4d.webp |

## Known differences between the sources

- Catalog PDF (metric): MT HT4D 0824 VOR05 shows L = 58 mm. Correct is 48 mm (master data, inch catalog 1.890", OAL 68 mm minus 20 mm taper).
- Catalog PDF (inch): the overall length L2 of the boring bars and SynTool adapters is 4 mm (.157") shorter than in the metric catalog and the master data (e.g. MT HT4D 1030 CUR05: 2.756" = 70 mm, master data 74 mm). Use the metric values or the table above.
- MicroTurn A/S adapters: OAL is 59 / 60 / 62 mm in the metric catalog, 2.165" / 2.205" / 2.283" (55 / 56 / 58 mm) in the inch catalog, 57 / 62 / 62 mm in the master data. The listed clamping screws also differ between the two catalogs. Ask Denitool if the exact value matters.

## Find and order (Store API)

Search by designation prefix. Tested 2026-09-25, both return all 59 articles:

```
curl "https://ch.denitool.com/wp-json/wc/store/v1/products?search=MT%20HT4D&per_page=100"
curl "https://store.denitool.com/wp-json/wc/store/v1/products?search=MT%20HT4D&per_page=100"
```

Narrow down with a longer prefix, e.g. `search=MT%20HT4D%201030` (all bars with 10 mm neck and 30 mm depth) or `search=MT%20HT4D%20060` (external, threading and cut-off holders). `ch.denitool.com` is the Swiss shop, `store.denitool.com` the US shop. Each result carries the designation, price, stock status and ISO 13399 attributes (KAPR, DMIN, LF, OAL, WF, IIC insert size, HAND). Screws and drivers: `search=T20.055`, `search=T6F`. Inserts: `search=VCGT%200702`.

## Related pages

- Products: https://www.denitool.com/md/en/products.md
- Tooling systems overview: https://www.denitool.com/md/en/tooling-systems.md
- This page: https://www.denitool.com/md/en/mt-tools-for-hsk-t.md · Other MT-Tools: https://www.denitool.com/md/en/mt-tools-for-chiron-precision.md · https://www.denitool.com/md/en/mt-tools-for-willemin-macodel.md · https://www.denitool.com/md/en/mt-tools-for-psc40.md
- Modulo D® System (HSK-T insert carrier chucks): https://www.denitool.com/md/en/modulo-d-system.md
- Live tooling: https://www.denitool.com/md/en/system-tools-for-live-tooling.md · https://www.denitool.com/md/en/live-tools-for-heimatec-u-tec.md · MultiCut® System: https://www.denitool.com/md/en/multicut-system.md
- Designation keys: https://www.denitool.com/md/en/insert-designation.md · https://www.denitool.com/md/en/boring-bar-designation.md · https://www.denitool.com/md/en/cut-off-inserts-code.md · Grades: https://www.denitool.com/md/en/insert-grades.md · Torque: https://www.denitool.com/md/en/tightening-torque.md
- Insert programs used here: https://www.denitool.com/md/en/microcopy-35.md · https://www.denitool.com/md/en/minicopy-35.md · https://www.denitool.com/md/en/copy-35.md · https://www.denitool.com/md/en/minitools-80.md · https://www.denitool.com/md/en/isotools.md · https://www.denitool.com/md/en/microturn-a-s.md · https://www.denitool.com/md/en/syntool.md
- Turning: https://www.denitool.com/md/en/turning.md · https://www.denitool.com/md/en/microturn-d.md · https://www.denitool.com/md/en/hardturn-80.md · https://www.denitool.com/md/en/smallbars-75.md · https://www.denitool.com/md/en/microcopy-d.md · https://www.denitool.com/md/en/microcopy-g.md · https://www.denitool.com/md/en/minicopy-35.md · https://www.denitool.com/md/en/swissline.md · https://www.denitool.com/md/en/turning-60.md
- Milling: https://www.denitool.com/md/en/indexable-milling.md · https://www.denitool.com/md/en/microcut-f.md · https://www.denitool.com/md/en/micromill.md · https://www.denitool.com/md/en/countersink-cutter.md · https://www.denitool.com/md/en/corner-and-face-milling-cutter.md · https://www.denitool.com/md/en/millingcutters.md · https://www.denitool.com/md/en/slot-milling-cutter.md
- Holemaking: https://www.denitool.com/md/en/holemaking.md · https://www.denitool.com/md/en/vario-system.md · https://www.denitool.com/md/en/carbide-bars-for-precision-boring-heads.md
- Services: https://www.denitool.com/md/en/services.md · Support: https://www.denitool.com/md/en/support.md · Downloads: https://www.denitool.com/md/en/downloads.md · Company: https://www.denitool.com/md/en/denitool-company.md