A Comprehensive Guide to VDI Static Tool Holder DIN69880

A Guide to VDI Static Tool Holder DIN69880

When it comes to machining operations, choosing the right tool holder is critical for achieving optimal performance and productivity. One popular type of tool holder is the VDI static tool holder.  In this guide to VDI static tool holders, we will discuss what they are, their benefits, factors to consider when choosing them, and common mistakes to avoid. Let’s get started!

What is a VDI Static Tool Holder?

A VDI static tool holder is a standardized tool holder that conforms to the VDI (Verband Deutscher Ingenieure) standard, which was developed by the German Engineering Association.

The tool holder is mounted on the turret of a lathe or turning center and holds cutting tools in place during machining operations.

There are different types of VDI static tool holders, including axial and radial tool holders, as well as tool holders with coolant-through capabilities.

Benefits of Using VDI Static Tool Holders

Using VDI static tool holders provides several benefits, including increased efficiency and productivity, enhanced precision and accuracy, reduced downtime and maintenance costs, and improved tool life and performance.

The standardized design allows for quick and easy tool changes, minimizing setup time and increasing machining productivity.

Additionally, the precise fit between the tool holder and the cutting tool results in improved accuracy and surface finish quality.

Different Types of VDI Static Tool Holders

There are several types of VDI static tool holders, including:

Axial Tool Holders

These VDI axial tool holders allow the cutting tool to be oriented parallel to the spindle axis.

VDI axial tool holders

Radial Tool Holders

These VDI radial tool holders allow the cutting tool to be oriented perpendicular to the spindle axis and can be used for facing or turning operations.

VDI static radial bar holder

Angular Tool Holders

These tool holders allow the cutting tool to be oriented at an angle to the spindle axis, making them suitable for chamfering or drilling operations.

Multiple Tool Holders

These tool holders can hold multiple cutting tools, allowing for multiple operations to be performed without having to change tools.

VDI Boring Bar Tool Holders

These vdi boring tool holders are designed specifically for boring operations and can hold boring bars of various sizes.

VDI axial boring bar holder

VDI Cut-Off Tool Holders

These cut-off tool holders are designed for cut-off or parting operations and have a built-in mechanism for securely holding the cutting tool in place.

VDI cut-off tool holder

Overall, VDI static tool holders provide a versatile and reliable solution for holding cutting tools in place during machining operations.

What Are the Dimensions of a VDI Shank of VDI Static Tool Holder?

The dimensions of a VDI shank for a VDI static tool holder can vary depending on the size and type of the tool holder. However, in general, VDI shanks are standardized and follow specific guidelines.

There are available in all VDI shank sizes: 16mm, 20mm, 25mm, 30mm, 40mm, 50mm, 60mm & 80mm. And the most common sizes of VDI shanks for static tool holders are VDI 30, VDI 40, and VDI 50.

The dimensions of a VDI 30 shank typically include:

Shank diameter: 30mm

Length of shank: 80mm

Height of the dovetail: 15mm

Width of the dovetail: 25mm

Width of the flat surface: 20mm

The dimensions of a VDI 40 shank typically include:

Shank diameter: 40mm

Length of shank: 100mm

Height of the dovetail: 18mm

Width of the dovetail: 32mm

Width of the flat surface: 25mm

The dimensions of a VDI 50 shank typically include:

Shank diameter: 50mm

Length of shank: 120mm

Height of the dovetail: 22mm

Width of the dovetail: 40mm

Width of the flat surface: 32mm

It’s important to note that these dimensions may vary slightly between manufacturers and specific models of tool holders. It’s always best to consult the manufacturer’s specifications before purchasing a VDI static tool holder.

How to Choose VDI Static Tool Holders?

Here are some factors to consider when choosing the right VDI static tool holders:

Type of Operation

Consider the type of machining operation that will be performed (e.g. facing, turning, drilling, boring, etc.) and choose a tool holder that is specifically designed for that operation.

Tool Size

Ensure that the tool holder can accommodate the size of the cutting tool being used. Check the maximum tool diameter and length that can be held securely in the tool holder.


Look for tool holders with high precision and accuracy to ensure consistent and reliable performance.


Choose a machine tool holder with high rigidity to minimize vibration and improve the surface finish.


Consider the material being machined and choose a tool holder made from a material that is compatible with it. For example, use carbide tool holders for high-speed machining of harder materials like steel or titanium.

Brand Reputation

Choose a reputable brand of VDI static tool holders to ensure quality and reliability.


Determine a budget for the tool holder, but also keep in mind that investing in a higher-quality tool holder can lead to better results and lower overall costs in the long run.


Ensure that the tool holder is compatible with the machine spindle interface and VDI quick change system in use.

Difference Between VDI And BMT Static Tool Holders

Here are some differences between VDI and BMT static tool holders:

VDI Static Tool Holders:

1. VDI stands for “Verein Deutscher Ingenieure” or Association of German Engineers.

2. VDI tool holders have a flange with radial slots that connect to the turret of the CNC machine.

3. They come in different sizes such as VDI 20, VDI 30, VDI 40, VDI 50, and VDI 60.

4. VDI tool holders are known for their ease of use and quick changeover system.

BMT static vs. VDI static tool holders

BMT Static Tool Holders:

1. BMT stands for “Base Mount Turret.”

2. BMT tool holders have a base that connects to the turret of the CNC machine with screws.

3. They come in different sizes such as BMT 45 and BMT 55.

4. BMT tool holders are known for their rigidity and stability during heavy-duty cutting operations.

In summary, both VDI and BMT block static have their own advantages and disadvantages. The choice between them will depend on the specific needs of the machining operation, such as the type of cutting tools used, the size of the machine, etc.

Get High-Quality VDI Static VDI Tool Holders DIN69880 From Toolholdernow

We understand the importance of having reliable and efficient tool holders for CNC machines. That’s why we offer high-quality VDI static tool holders DIN 69880 that is designed to provide superior performance and durability.

Our VDI static tool holders are made from high-quality cast iron materials and are precision-engineered to ensure accurate and consistent tool positioning. They also feature a quick and easy tool changeover system, which helps to reduce setup time and improve productivity.

CNC machining VDI tool holders

We offer a wide range of VDI static tool holders to suit different machining operations and cutting tools. Our products are available in various sizes and configurations, and we can also customize them to meet your specific requirements.

When you choose our VDI static tool holders, you can be confident that you’re getting a reliable and high-performing product. We use only the best materials and manufacturing techniques to ensure that our products meet the highest quality standards.

In addition to our VDI static tool holders, we also offer a range of other tool holders and accessories for CNC machines. Whether you need collet chucks, end mill holders, or micro boring heads, we have the products you need to optimize your machining process.

If you’re looking for high-quality VDI static tool holders, look no further than our company. Contact us today to learn more about our products and how they can benefit your business.


VDI static tool holders are a popular and effective tool holder solution for machining operations. By understanding their benefits, factors to consider when choosing them, best practices for using them, and common mistakes to avoid, operators can make informed decisions when selecting and using VDI static tool holders for optimal machining performance.


What Is The Material of VDI Static Tool Holders?

The material of VDI static tool holders is typically ductile cast iron. It is a type of cast iron that has been treated with an alloying element such as magnesium to improve its mechanical properties.

Ductile cast iron has high strength and toughness, making it ideal for applications that require high resistance to wear and tear, such as tool holders used in machining operations. 

Additionally, ductile cast iron has good vibration-damping properties, which can help to minimize chatter and improve surface finish during cutting operations.

Can VDI Static Tool Holders Be Used With Different Types of CNC Machines?

A: Yes, VDI static tool holders are designed to be compatible with a wide range of CNC machines, including turning centers, vertical machining centers, and horizontal machining centers.

How Do I Maintain And Care for My VDI Static Tool Holder?

A: Regular cleaning and inspection are important to ensure the optimal performance of your VDI static tool holder. You should also follow the manufacturer’s guidelines for lubrication and storage when not in use.

Can VDI Static Holders Be Customized or Modified to Suit Specific Applications?

A: Yes, some manufacturers offer customization options for VDI static tool holders, such as special coatings or modifications to accommodate unique cutting tool shapes or sizes.

Common Mistakes to Avoid When Using VDI Static Tool Holders

Some common mistakes to avoid when using VDI static tool holders include overloading the tool holder, incorrect tool selection or installation, and neglecting regular maintenance and inspection.

Overloading the tool holder can result in premature wear or damage, while incorrect tool selection or installation can lead to poor performance or even tool breakage.

Neglecting regular maintenance and inspection can also result in increased wear and damage, potentially leading to costly machine downtime.

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