We have been manufacturing machines for thermal deburring since 2004. In order to meet the increased demands of our customers, we have decided to set up a combined deburring and washing center in Luhden.
The requirements are as follows:
Thermal deburring is a process for removing production-related burrs, e.g. by milling and drilling. Workpieces made of steel, stainless steel, aluminum, cast iron, zinc die casting, brass and, to a large extent, plastics (thermoplastics) are suitable. The main focus is on complex milled and turned parts with internal bore intersections, zinc die casting and hydraulic and pneumatic parts. In the case of zinc die-cast workpieces, the removal of machining and casting burrs takes place simultaneously.
The advantages can be found in the process reliability, repeat accuracy and the high quality of the deburring. All burrs are reliably removed. In addition, it enables the processing of bulk material in large quantities and creates very good conditions for particle-free operation.
In the TEM process, the material to be removed is burnt because a chemical reaction takes place between the material and the gas mixture. The components themselves are heated differently, approx. 60 degrees for aluminum and 130 degrees for steel. Their microstructure will not be changed during the process.
As a rule, the components have to be post-treated. This is performed by us on one of the most modern washing plants in Europe which enables us to run very fast cycle times in industrial washing and to maintain a very high quality of the washing result. With this cleaning system we offer a particularly efficient and economical process for industrial parts cleaning with environmentally friendly aqueous cleaning agents. If your components are subsequently subjected to a galvanic treatment, washing can be dispensed with.
We use machines with the PowerJet CNP process for this purpose, which guarantee parts cleaning with very high purity and only a low residual protection content, even with the most difficult component geometries. CNP (Cyclic Nucleation Process) extremely increases the cleaning effect in deep boreholes. Caused by this combined production process, we can efficiently and safely deburr and clean components with complex geometries and hard-to-reach areas. Test us and together we will solve your deburring problems individually at any time!
The essential advantages of TEM are high quality, the repeat accuracy as well as in the time and money savings. Deburring steel and cast iron, occurs oxide residuals. These residuals are removed by industrial parts cleaning. We use one of the most modern cleaning systems of a leading German manufacturer. Thermal deburring combined with parts cleaning offers you process reliability and reproducible quality for every workpiece.
Sustainably stable cleaning process for a plus in cleanliness!
| Method | Thermal deburring | PowerJet system |
|---|---|---|
| Machine | iTEM400 | Size 670T5 Twin |
| Batch size | Ø 250 x 300 mm – Ø 400 x 600 mm | max. 670 x 480 x 300 mm |
| Materials |
|
Fine cleaning / degreasing
|
| Advantages |
|
|
Manufacturers who are producing components with complex geometries face the daily challenge of efficiently and safely deburring and cleaning hard-to-reach areas such as undercuts and blind holes.
To meet these requirements, ATL Anlagentechnik GmbH offers a new system that enables effective deburring of individual parts, small batches and mass-produced goods combined with partial, targeted cleaning, rinsing and drying. Our cleaning system uses the CNP process (Cyclic Nucleation Process).
This vacuum cleaning process offers particular strengths in the cleaning of capillary structures and complex geometries.
CNP washing technology guarantees uncompromising cleanliness of your components.
You need to load content from reCAPTCHA to submit the form. Please note that doing so will share data with third-party providers.
More Information