Small components, high demands on the mounting system
It is often difficult to position small components in a repeatable manner. Even slight changes in position can affect measurement results and inspection procedures. At the same time, the relevant component surfaces must remain as freely accessible as possible for optical detection.
Custom-designed and additively manufactured measuring fixtures ensure precise component positioning and are specifically tailored to the component’s geometry, measurement ranges, and test sequence.
Your Benefits with PROTOS-3D
From the measurement task straight to your own 3D-printed device
Because we combine design, metrology, and 3D printing under one roof, we can quickly and flexibly adapt fixtures to your components and testing requirements.
In-house 3D printing at PROTOS-3D
Fixtures can be manufactured directly by us and implemented on short notice.
Quick adjustments when changes are made
Changes to components or new requirements can be incorporated without lengthy external coordination.
Short lines of communication between design and metrology
The device is designed with a direct focus on accessibility, component layout, and the subsequent measurement process.
Flexible—from individual parts to multi-part solutions
We implement both custom single-part fixtures and fixtures for multiple components.
The key is proper component mounting
Defined Position
Precise and repeatable positioning
Secure fastening
Stable support without unnecessary deformation
Unoccupied measurement areas
Relevant areas remain visually accessible
Fast Assembly
Quick and precise loading of components
Clear Classification
Components and measurement points can be clearly labeled
Single-part or multi-part?
Single-part recording
A device holds a single component in a defined position.
Suitable for:
- Components and Prototypes
- varying versions
- Customized exam questions
- small quantities
Multipart Recording
Several components are positioned in a common fixture and measured as part of a single measurement sequence.
Suitable for:
- recurring tests
- Random samples
- larger quantities
- automated measurement procedures
Why Use 3D Printing for Measuring Devices?
Additive manufacturing enables the creation of custom-designed fixtures that can be quickly adapted to the component geometry, measurement task, and production volume. It offers a flexible and cost-effective alternative to conventional manufacturing, particularly for small, complex, or highly varied components.
- Can be customized to specific components and measurement tasks
- Cost-effective for one-of-a-kind items and small quantities
- Quick Adaptation to Component Changes
- Complex geometries are easy to create
- Lightweight and easy to use