Individual tools

Transfer and progressive composite tools

Prototype tools

Tool design

As specialists in the design of stamping and forming tools, we understand that every step in the development process is crucial to the final quality of your product.

ProTec metal technology | We shape quality in metal

Our process for designing punching and forming tools at ProTec Metalltechnik

1st step

Feasibility analysis

ProTec toolmaking | China

Before we tackle the actual design and construction of your tools, our process begins with a thorough feasibility analysis. We use advanced simulation software to check and optimize your design concepts. By simulating different scenarios, we can predict material behavior, analyze shape changes and identify potential sources of error in advance. This step is essential to minimize material waste and lead time.

 

Start the process with a thorough feasibility analysis to review and optimize design concepts.

Use of advanced simulation software to predict material behavior, analyze shape changes and identify potential sources of error.

The aim is to minimize material waste and optimize lead time.

1. Feasibility analysis with simulation

Before we tackle the actual design and construction of your tools, our process begins with a thorough feasibility analysis. We use advanced simulation software to check and optimize your design concepts. By simulating different scenarios, we can predict material behavior, analyze shape changes and identify potential sources of error in advance. This step is essential to minimize material waste and lead time.

 

Start the process with a thorough feasibility analysis to review and optimize design concepts.

Use of advanced simulation software to predict material behavior, analyze shape changes and identify potential sources of error.

The aim is to minimize material waste and optimize lead time.

2nd step

Method planning

ProTec toolmaking | China

In method planning we define the optimal manufacturing process. We examine which work steps are necessary and in which order they should be carried out for the best result. The planning also includes the selection of suitable machines and materials to ensure a high level of process reliability and cost-effectiveness. Creating detailed work plans enables transparent and smooth production.

 

Definition of the optimal manufacturing process by analyzing the required work steps and their sequence to achieve the best result.

Selection of suitable machines and materials to ensure high process reliability and cost-effectiveness.

Creating detailed work plans to promote transparent and smooth production.

2. Method planning

In method planning we define the optimal manufacturing process. We examine which work steps are necessary and in which order they should be carried out for the best result. The planning also includes the selection of suitable machines and materials to ensure a high level of process reliability and cost-effectiveness. Creating detailed work plans enables transparent and smooth production.

 

Definition of the optimal manufacturing process by analyzing the required work steps and their sequence to achieve the best result.

Selection of suitable machines and materials to ensure high process reliability and cost-effectiveness.

Creating detailed work plans to promote transparent and smooth production.

3rd step

construction

ProTec toolmaking | China

The actual design of the punching and forming tools is the heart of our work. With the help of the most modern CAD systems, precise and detailed 3D models of your tools are created. Our designers view each project as unique and develop the tools tailored to your requirements. To do this, they not only take into account the desired function and shape of the end product, but also aspects such as production time, costs and longevity of the tool.

 

 

The design of punching and forming tools is supported by modern CAD systems that create precise 3D models.

Each project is considered individually to develop tailor-made tools according to specific requirements.

Important aspects in the design are the function and shape of the end product as well as production time, costs and longevity of the tool.

3. Construction

The actual design of the punching and forming tools is the heart of our work. With the help of the most modern CAD systems, precise and detailed 3D models of your tools are created. Our designers view each project as unique and develop the tools tailored to your requirements. To do this, they not only take into account the desired function and shape of the end product, but also aspects such as production time, costs and longevity of the tool.

 

 

The design of punching and forming tools is supported by modern CAD systems that create precise 3D models.

Each project is considered individually to develop tailor-made tools according to specific requirements.

Important aspects in the design are the function and shape of the end product as well as production time, costs and longevity of the tool.

 ProTec Metalltechnik GmbH

 Spreestrasse 19

 82538 Geretsried

 

 Tel.: +49(0)8171 9333-0

 Fax: +49(0)8171 9333-30

 

 info@protec-metall.com

 www.protec-metall.com