Machine%20automation - Import export

Ronix segmented granite cutting discs are manufactured by hot press production process with fully automated machines. In comparison to cold press production process, the hot-press cutting wheels can deliver higher efficiency. These circular granite cutting blades have also a longer life cycle compared to others. To provide the users with a great cutting experience, the best possible and highest quality raw materials are used to produce Ronix granite cutters. The unique formulation of materials in the diamond tips of these discs, minimizes friction between the workpiece and the blade which results in a faster and cooler cut

Stones and granites are one of the most durable materials in the world. Almost all of the ancient buildings that has remained from various periods in the history, were made of granite and stone. Because granite is an extremely durable and highly resistant material, cutting and shaping plates of granite needs specific tools. However, to do the job, these tools also require cutting disks. This is why we at Ronix produce high-quality and strong granite cutting wheels as accessories. Our Granite Cutting Disks are made of top-quality raw material and with a unique formulation to deliver great performance and be as efficient as possible. Ronix segmented granite cutting disks are manufactured by hot press production process with fully automated machines. In comparison to cold press production process, the hot-press cutting wheels can deliver higher efficiency.

Ronix RH-3510 & RH-3511 Granite Cutting Discs are manufactured by cold press production process with fully automated machines. These wheels are produces in a way to ensure faster cuts and longer lifetime of the cutting disc itself. To provide the users with a great granite and marble cutting experience, the highest quality materials are used in the production of these Ronix cutting discs. The unique formulation of materials in the diamond tips of these discs, minimizes friction between the workpiece and the blade which results in a faster and cooler cut. Since granite is a highly durable and resistant material, the process of cutting it causes a lot of friction. This is why many people prefer to add water and other liquids to the cutting process to cool down the disc in order to protect it. For this reason, we at Ronix manufacture our granite and marble cutting discs so be suitable for both wet and dry cutting to suit a wide range of consumers’ needs.

STATE-OF-THE-ART LASER TECHNOLOGY FOR MAXIMUM PRODUCTIVITY AND QUALITY Leap in performance in laser technology! Whether it is rapidly increasing laser powers, different fiber types or even new cutting gases: Today's laser machines must be able to follow current trends. Innovation is needed as applications must become more effective and transparent. In addition, the increasing shortage of skilled workers is pushing for plants to become more self-sufficient. One machine operator alone has to be able to supervise several machines. Automation of nozzle change material supply and removal and continuous data exchange or reconciliation across the entire production flow are the prerequisites that were at the forefront of the ELEMENT L's development.

We work with you to develop the best possible solution for your project based on standard systems or modular functional modules. We have developed solutions for welding, punching, riveting, drilling, wrapping, flanging, handling and many other processes. Your task is most important for us and our technicians will try find together with you a solution meeting the requirements in quality, cycle time and cost. Examples of special systems: • final processing machines for plastic fuel tanks • rotary table machines for vibration welding, infrared welding, ultrasonic welding and hot plate welding • edge-welding machines for textile back injection molded parts • ultrasonic or mechanical punching machines • infrared welding machines in modular design for welding of several parts in one go • fully automated operating cells e. g. with feeding technology and robot handling