Engineering & Design
Know-how as guarantee of quality and progress
A company’s competence in development and mechanical design is largely defined by its products. By its focused application of know-how SANDNER-Messtechnik GmbH achieves quality standards that are necessary to survive in the market.
Besides developing its own products, the company also offers development services to the customer who needs to develop an entirely new product or improve an old proven one.
Practice-oriented solutions
The continually growing share of engineering content in creating products was the rationale for expansion of the corporation’s development and mechanical design areas. The use of 3D software allows us to offer well-designed and qualitatively high-end solutions.It also facilitates the evaluation of application-specific and economic constraints that might have decisive impacts.
As an innovative company we offer:
- Mechanical design services
- Preparation of engineering drawings
- Technical documentation
Hydraulic cylinder SLZ 250-300 kN with hydrostatic bearing
Development and design of components and assemblies for in-house products
- Concept and product development
- Drafting, design and detailing
- Testing and verification of production readiness
- Technical documentation
EXH Axial - Torsionalextensometer for high-temperature with water cooling
Custom development and design according to customer requirements
- Concept and product development
- Drafting, design and detailing
- Testing and verification of production readiness
- Technical documentation
Ball and socket joint 100 kN
Ball joint socket with low-wear plastic coating.
- Concept and product development
- Drafting, design and detailing
- Technical documentation
CAD-CAM from a single source
In contrast to conventional NC programming, 3D geometric data (contours, surfaces, solids, etc.) can be transferred directly into CAM. This reduces NC programming to the definition of equipment and engineering parameters.In CAM processing instructions such as milling strategies, tools, material allowances, path spacing, etc. are assigned independent of the complexity of the part and its contours or surfaces.
Collision-free tool paths are then automatically computed. The advantage of this modern NC programming method is that NC preparation is made independent of the controller type, machine tool producer and use of different methods (e.g. milling/boring, wire eroding, turning, water/laser cutting, etc.) and is accomplished with one user interface.
Simulation representation of a complex geometry
Processing paths and tool changes can be represented in the CAM simulation.
After the animation has finished it is possible to check the end geometry for its correctness.
Freeform milling
- Raster milling, copy milling
- Steep wall machining (by limit angle and/or selection)
- Z-level finishing (optionally with height limits)
- Shallow area finishing (by limit angle and/or selection)
- Contour-parallel finishing (single surface by selection)
- Guide curve milling (fillet post-processing)
Freeform milling
Finish milling of contour(surfaces by selection) and Radial finish millingwith circular approach and exit movements
Interested in our services?
Contact us for individual consultation.