Our custom solid carbide T slot cutter is designed for precision T-slot and undercut milling on CNC machining centers and milling machines. The product shown is a coated 2-flute sample marked D6-R0.6-1.5H-D3.5-8H-45L-2F.
We can customize the corner radius, T-head thickness, neck diameter, neck length, قطر عرقوب, overall length, تصميم الفلوت, and coating according to your drawing and required clearance profile.
- Solid tungsten carbide construction
- Two-flute design for the sample shown
- Custom dimensions based on drawings
- Coating and OEM options available
- Suitable for sample and batch orders
These cutters can be designed for steel, ستانلس ستيل, ألمنيوم, الحديد الزهر, نحاس, and other materials after the cutter geometry and coating are matched to the machining conditions.
Send us your slot drawing, مادة الشغل, required tolerance, وكمية الطلب. Our team will review the application and provide a suitable cutter recommendation and quotation.
What Is a T Slot Cutter?
A T slot cutter is a form milling tool used to machine T-shaped slots and undercut grooves. Its cutting head is wider than the neck, so the tool can remove material below a previously machined pilot slot.
CNC shops commonly use this cutter for machine tables, لوحات لاعبا اساسيا, قواعد العفن, workholding systems, and precision mechanical components.
For the machining process, applications, and cutter types, read our what is a T slot milling cutter مرشد.
Key Features of Our T Slot Cutters
Solid Carbide Construction
The sample product uses solid tungsten carbide for tool rigidity, dimensional stability, and wear resistance. لذلك, it is suitable for precision CNC T-slot and undercut milling.
The final cutter geometry should be selected according to the slot profile, مادة الشغل, حالة الآلة, and required tolerance.
Custom Dimensions Based on Drawings
T-slot and undercut profiles vary from one project to another. لذلك, we can customize the corner radius, T-head thickness, neck diameter, neck length, قطر عرقوب, overall length, and flute design according to your drawing.
The sample shown is marked D6-R0.6-1.5H-D3.5-8H-45L-2F. In this model, R0.6 refers to the corner radius, while the 1.5 mm dimension refers to the T-head thickness used to form the required clearance area.
خيارات الطلاء لمواد مختلفة
The sample cutter has a coated cutting section. Other coating options can be selected according to the workpiece material, cutting temperature, tool life target, and machining conditions.
على سبيل المثال, heat-resistant coatings may suit steel machining, while low-friction coatings may work better for aluminum and other non-ferrous materials.
Two-Flute Design for T-Slot and Undercut Milling
The sample model uses a two-flute cutting design. This structure provides chip space around the small T-shaped head and supports chip removal during narrow-slot and undercut machining.
However, accurate results also require suitable cutting parameters, stable tool holding, sufficient neck clearance, and firm workpiece clamping.
OEM and Distributor Support
OMIST supports drawing-based production, وضع العلامات بالليزر, private-label packaging, sample orders, and batch production for distributors, workshops, and industrial customers.
المواصفات الفنية
| اسم المنتج: | Custom Solid Carbide T Slot Cutter |
|---|---|
| Sample Model Shown: | D6-R0.6-1.5H-D3.5-8H-45L-2F |
| نوع الأداة: | T- فتحة القاطع / Undercut Milling Cutter |
| مادة الأداة: | Solid Tungsten Carbide |
| Corner Radius: | R0.6 mm for the sample shown |
| T-Head Thickness: | 1.5 mm for the sample shown |
| Neck Diameter: | D3.5 mm for the sample shown |
| Neck Length: | 8 mm for the sample shown |
| الطول الكلي: | 45 mm for the sample shown |
| المزامير: | 2 المزامير |
| طلاء: | Coated finish shown / Customized |
| التطبيقات: | T-Slot Milling, Undercut Grooves, and Fixture Slot Machining |
| خدمة مخصصة: | Dimensions, طلاء, Laser Marking, and Packaging |
| قطر عرقوب | Customized according to the drawing and tool holder |
Information Required for a Custom T Slot Cutter Quote
To confirm the cutter geometry and machining feasibility, please provide your slot drawing or the main dimensions below.
- Corner radius
- T-head thickness
- Neck diameter
- Neck length
- قطر عرقوب
- الطول الكلي
- Slot profile and clearance requirements
- Workpiece material and hardness
- Machine type
- Required tolerance
- Coating request
- كمية الطلب
The T-head thickness determines the thickness of the cutting head and helps form the required clearance area in the undercut profile.
For non-standard slot profiles, please send us the drawing before ordering. We will review the dimensions, مادة, cutter clearance, and machining conditions before preparing the quotation.
Applications of T Slot Cutters
Custom solid carbide T slot cutters are used for small T-shaped slots, undercut grooves, and special clearance profiles that a standard end mill cannot complete directly.
Typical applications include:
- Machine table and fixture plate T-slots
- Mold base undercut grooves
- Workholding and clamping systems
- Automation fixture components
- Precision mechanical parts
- Custom narrow-slot profiles
- Steel and stainless steel components
- Aluminum and non-ferrous parts with a suitable coating
In most applications, an end mill first creates the pilot slot. The T slot cutter then machines the wider lower section and the required clearance profile.
How to Choose the Right T Slot Cutter
The correct cutter depends mainly on the slot geometry, مادة الشغل, حالة الآلة, and required tolerance.
Confirm the Slot Geometry
Check the corner radius, T-head thickness, عمق الفتحة, تخليص الرقبة, and shank size before ordering. These dimensions determine whether the cutter can enter the pilot slot and machine the undercut without interference.
Match the Material and Coating
Steel and stainless steel usually require good tool rigidity and heat resistance. In contrast, aluminum and copper require lower friction and better chip evacuation.
لذلك, the cutter geometry and coating should match the actual workpiece material and cutting conditions.
Check Machine Rigidity and Tool Overhang
A long neck or excessive tool overhang may increase vibration. Use the shortest practical reach, stable tool holding, and firm workpiece clamping whenever possible.
For custom slots, send us your drawing so that we can check the cutting head, T-head thickness, تخليص الرقبة, and machine setup.
T Slot Cutter vs Slot Milling Cutter
A slot milling cutter creates straight slots and side grooves. In contrast, a T slot cutter machines the wider undercut section below a pilot slot.
قاطعة فتحة T: T-shaped slots, undercuts, and fixture grooves
فتحة طحن القاطع: Straight slots and general groove cutting
مطحنة نهاية: Pilot slots, جيوب, الملفات الشخصية, and shoulders
A standard end mill or slot milling cutter is suitable when the part only needs a straight groove. However, a T slot cutter is required when the lower section or clearance profile must be wider than the slot opening.
Why Choose OMIST T Slot Cutters?
OMIST supplies solid carbide cutting tools and drawing-based custom cutters for CNC machining, mold manufacturing, fixture production, and industrial metalworking.
We can review your slot drawing, مادة الشغل, نوع الآلة, and tolerance before production. فضلاً عن ذلك, we support custom dimensions, coating selection, وضع العلامات بالليزر, private-label packaging, sample orders, and batch production.
For distributors and OEM customers, we also provide product customization and order support based on the confirmed technical requirements.
Get a Custom Solid Carbide T Slot Cutter Quote
Looking for a custom solid carbide T slot cutter for CNC T-slot milling, undercut groove machining, or special clearance profiles?
Please send us:
- Slot drawing or profile
- Corner radius
- T-head thickness
- Neck diameter and neck length
- Workpiece material and hardness
- Required tolerance
- Machine type
- Coating request
- Sample or batch quantity
Our team will review the cutter dimensions, clearance requirements, and machining conditions. ثم, we will recommend a suitable cutter design and provide a quotation for custom production.
قواطع الطحن الدقيقة,أدوات القطع لتصنيع كل مادة باستخدام الحاسب الآلي






