We specialize in the sale and service of top machines for the industrial processing of plastics.
We offer a wide range of products such as CNC machining 3-axis large area milling machine, Large format plastic welding machine, Extrusion welding machine, Hot air plastic welding machine, Polyfusion welding machine, Butt welding machine, Large format saw, Electric fitting welding machine and High voltage spark gap machine.
Our products are of high quality, reliable and tailored to the needs of our customers. With our machines you can achieve maximum efficiency and quality in your production.
Do not hesitate to contact us for more information.
Using our CNC machine, we achieve maximum precision in the production of parts made of sheet polypropylene material. This ensures minimal waste and error rate in the production of precise structural parts for custom and serial production.
On our large format welder, we are able to weld plate material using a method called "butt welding". This procedure consists in the fact that the welding tool is heated to the welding temperature and then placed between the parts to be joined. The planed surfaces of the parts are pressed against the tool with the required pressure. After heating, the tool can be separated from the parts to be joined. In joining, the heated surfaces are brought together under ever-increasing pressure, which is maintained until they cool down. Thanks to this technology, we achieve almost "invisible" friction. With this method, we are able to produce parts of any size and thus meet your dimensional requirements. In addition, we can weld material up to 80 mm thick.
When welding with an extruder, the welding wire is fed into the screw, where it is heated and a perfectly plasticized material is formed from it in the form of a melt. This is then extruded under pressure onto a substrate preheated by hot air, resulting in a homogeneous connection.
This method uses a high-speed welding nozzle. After heating the surface, additional plastic material is welded using hot air. Thanks to the constant manual pressure and the pressure attachment, a weld joint is created between the materials.
Polyfusion welding is used to join thermoplastic pipes, usually from 16 mm to 125 mm in diameter. Welders of this type have a strong mandrel, on which the attachments or hooves are attached and clamped. These are usually coated with a Teflon layer to better conduct heat and prevent material from sticking to them. The joints of plastic pipes are made using fittings. The fitting and the pipe are slid onto the warmed up hooves, and after heating they are joined together. The joint is allowed to cool, resulting in a homogeneous joint.
We butt weld pipes with a diameter of up to 1000 mm. This process can be done either manually or with hydraulic CNC control. The welded areas of pipes and fittings are heated to the welding temperature and joined by mechanical pressure without the use of additional materials. The result is a homogeneous joint.
This process is used for cutting material in large formats and also for cutting blanks from boards in a vertical position. The cutting unit is controlled manually by the operator and allows control in both horizontal and vertical directions.
The heating wire permanently pressed into the fitting is heated by low voltage. Due to this heating, the surrounding material around the wire melts and expands. This causes the melt to begin to seal between the pipe and the fitting, which leads to the transfer of heat into the pipe, which also heats up and melts in the welding zone. In doing so, the pipe material also expands. The increased extensibility of the material between the pipe and the fitting, which prevents cold zones outside the welding area, creates a welding pressure between the pipe and the fitting, creating a homogeneous weld joint.
This process can be performed on pipes with diameters from 20 mm to 630 mm.
The device is designed to detect cracks, leaks and leaks. This is a method of NDT - non-destructive testing, which can be performed on the finished product without damaging it. We use this technology to verify the tightness and integrity of our tanks, pipes, foils and other non-conductive structures and products.
This device can be used for materials with a thickness of 3 mm to 30 mm.
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