Our company, Solditech Co. Ltd. was founded on 5^th February 2007.

Its main profile is metal work, the production of non-series machinery, supported with engineer planning and design using INVENTOR 3D planning software.

Machinery: – metal cutting machines
– CNC plasma cutter (1500mm x 3000mm)
– MIG-MAG welding machines
– 2000 mm plate rolling machine
– prismal edge bender

Staff number: 10 people

Application:

GINOP-2.1.7-15-2016-00476

Machining of industrial ceramics

Name of the Beneficiary: SOLDITECH Mérnöki és Pénzügyi Tanácsadó Korlátolt Felelősségű Társaság (SOLDITECH Engineering and Financial Consulting Limited Liability Company)
Project Title: Gyártástechnológia és ehhez kapcsolódó prototípus megmunkáló gép kifejlesztése műszaki kerámiák forgácsolására a Solditech Kft-nél (Development of Manufacturing Technology and a Related Prototype Machining Tool for the Cutting of Technical Ceramics at Solditech Ltd.)
Contracted Grant Amount: HUF 45.49 million
Funding Rate: 64.81%
Project Identification Number: GINOP-2.1.7-15-2016-00476
Project Completion Date: 31 July 2019

Project Description:
The grant-funded project, supported by HUF 45.49 million in European Union funding, has been successfully completed. Within the framework of the project, we developed both the manufacturing technology and the related prototype machining tool required for the cutting of technical ceramics.

During our research, our primary goal was to find solutions for the post-processing of small-series technical ceramics, which are typically produced using conventional injection molding technology. In cases where the desired tolerance of the finished component is unlikely to be achieved due to the limitations of the manufacturing process, the cutting techniques we examined may be of particular importance.

Based on our measurements and evaluations, we were able to confirm that tool life and productivity indicators changed in a similar way for the technical ceramics we tested as they do with commonly known general cutting methods. These relationships were also observed with different cooling methods and tool materials. However, in productions with varying budgets and batch sizes, it is important to determine the most appropriate technology for the specific task.