The quality of toolmaking directly affects the accuracy, repeatability and predictability of the subsequent manufacturing process. When designing a tool, the function and geometry of the component, the material, expected production volume and manufacturing environment all need to be taken into account.
Toolmaking has been one of our core activities since the company was founded. Technical consultation, design, manufacturing, tool trials and modifications are all integrated as elements of an engineering process. This is particularly valuable for projects where production launch, product modifications or preparation for subsequent series production require precise planning.
Based on a sample part, 2D drawing or 3D model, we design tools according to individual technical requirements. During the design phase, manufacturability, product function, raw material and intended use all influence the most suitable tool design.
We manufacture both prototype tools and final tools intended for series production. Prototype tooling provides valuable feedback during the development and production launch phases, while production tooling forms the basis of a stable and repeatable manufacturing process.
Tool trials can be carried out in-house, allowing fast feedback during production preparation. The testing process makes it possible to assess whether the dimensions, surface quality and manufacturing behaviour of the finished component meet the requirements, as well as identify any modifications needed to achieve more stable opreation.
We also undertake the repair, modification and maintenance of existing tools. These services may be required in the event of wear, production deviations, design changes or product modifications, where the objective is to continue the manufacturing process in a controlled and reliable manner.
Our toolmaking activities are supported by 3D design, DFM analysis, CNC machining, graphite electrode milling and laser welding. These technologies support multiple stages – from design through manufacturing to modification – to ensure that the finished tool meets the product’s requirements and is suited to the manufacturing process.
The quality of our manufacturing processes is a key priority, which makes continuous technological development essential. In 2026, two new machines were put into operation: a HAAS ST-10 CNC turning machine and a Hermle C 400 GEN2 machining centre.
In addition to precision, practical manufacturing experience is also important. The tool must not only comply with the drawings but also operate reliably under actual production conditions. For this reason, at the beginning of each project we review the component’s function, expected loads, material and quality requirements in detail and provide technical recommendations if it is needed.
An important area of our toolmaking expertise is the design and manufacturing of plastic injection molds. This capability is closely integrated with our plastic injection molding services, allowing tool trials, feedback from the injection molding process and any necessary modifications to be managed within the same organisation.
These in-house manufacturing profiles make projects more transparent, speed up technical coordination and help ensure that key decision points are managed effectively. This enables more structured production launch for customers, particularly in case of new products, developments starting with prototypes or components that require further modifications.
Involving an experienced toolmaking partner can already be beneficial during product development or production launch. Technical consultation in the initial phase helps to clarify what type of tool design is required based on the product geometry, selected material, expected production volume and quality requirements.
The condition and design of a tool directly affect production quality, lead times and future costs. For this reason, when introducing a new component, modifying an existing product or preparing for series production, it is advisable to involve toolmaking expertise as early as the design stage.
What kind of toolmaking services do we provide?
We provide the design, manufacturing, trials tests, modification, repair and maintenance of prototype and production tools. The exact scope of work is determined by the technical requirements and the intended manufacturing objective of each project.
What is the starting point for tool manufacturing?
A project can start from a sample part, 2D drawing or 3D model. For a quotation, it is also helpful to provide information about the product’s function, dimensions, material, planned production volume and manufacturing requirements.
Do we offer prototype tooling services?
Yes. We manufacture prototype tools for projects if the purpose of the project is to test or develop a product or prepare it for subsequent serial production.
Do we also carry out tool trials?
Yes. Tool trials can be performed in-house, providing fast feedback on the dimensional accuracy, surface quality and manufacturing behaviour of the component.
Do we also manufacture plastic injection molds?
Yes. The design and manufacturing of plastic injection molds is one of L.Z. Form Kft.’s key areas of expertise. Tool trials, required modifications and subsequent plastic injection molding can, if required, be managed as one integrated process.
Do we also manufacture plastic injection molds?
Yes. The design and manufacturing of plastic injection molds is one of L.Z. Form Ltd’s key areas of expertise. Tool trials, required modifications and subsequent plastic injection molding can be managed as one integrated process.
What kind of information is required to request a quotation?
For a quotation, it is useful to provide a drawing, 3D model or sample part, information about the material, the planned production volume and the quality requirements. It is also important to specify whether a prototype tool or a tool for serial production is required.
How does the collaboration begin?
The first step is to understand the product and the manufacturing objectives. During the technical consultation, we review the function, geometry, raw material, expected production volume and requirements of the future manufacturing process. Based on this information, we determine the appropriate tool design, trials, modifications or production preparation required to launch the project successfully.
