Supply & Demand

◉ Point ring spot 3D adjustable: The power of the ring core and the size of the spot can be independently adjusted, the focus can be adjusted, and the fiber core can be freely combined, suitable for all welding processes; ◉ Weld depth and width can be customized; Welding without porosity: The center point light spot guides the orderly flow of the molten pool, allowing bubbles to overflow from the keyhole in a timely manner, ensuring a dense and smooth weld seam; ◉ Effective control of heat affected zone: Say goodbye to deformation and damage of heat sensitive and high reactive materials such as copper, aluminum, and thin plates, and perfectly preserve the natural color of the base material; ◉ Better welding quality: precise control of point ring energy distribution, effectively suppressing splashing, porosity, and cracks, achieving high-quality welding from structural strength to surface aesthetics.

This equipment integrates multi-channel 3D sensors and achieves non-contact online measurement of steel pipe surface contours based on the laser triangulation method. It generates real-time 3D point cloud data and automatically detects three-dimensional defects such as pits and bulges through self-developed AI algorithms. Suitable for seamless steel pipe and welded pipe production lines, it effectively prevents batch quality defects. Compatible with both linear and spiral pipe passing modes, it maintains high sensitivity even for shallow flat pits with large width-to-depth ratios. As a valuable complement to existing magnetic flux leakage, ultrasonic and eddy current testing equipment, it ensures zero missed detection of major defects and significantly reduces labor costs. Currently, it has been deployed in batches at numerous leading enterprises including Baosteel, Dalipu, Changbao and Linzhou Fengbao.

China's First Closed-Cell IXPE Coated Stainless Steel Pipe Featuring an integrated structural design, this product retains the hygienic and durable advantages of stainless steel while delivering thermal insulation, anti-condensation, noise reduction, and energy efficiency. It is widely applicable to hot and cold water systems, as well as direct drinking water pipelines.

KTM TECH’s tube straightening machine is used to correct the curvature of crooked pipes while passing between skewed rolls to improve their straightness under pressing of rolls, which is essential in production of high-grade precise pipes. The machine drives the upper and lower rolls at constant speeds under the action of two reducers to minimize the pipe deformation and improve the straightness.

The process and machinery chosen herein incorporates the latest technology to ensure the high performance for pipe quality and productivity based on our long experience in pipe production as well as machine supply worldwide.

Titanium seamless tube is a high-end pipe material that combines lightweight, high strength, and exceptional corrosion resistance. Its density is only about 60% of that of steel, yet its strength can rival that of many alloy steels, making it highly favored in fields such as aerospace and deep‑sea engineering. At the same time, it can form a dense oxide film on its surface, enabling it to perform excellently in strong corrosive media like seawater, acids, and alkalis, with a service life far exceeding that of ordinary stainless steel tubes. Moreover, without weld seams, titanium seamless tubes have a more uniform structure and higher pressure‑bearing capacity, capable of handling demanding conditions that require high pressure and high cleanliness. It has become an indispensable key material in numerous fields, including chemical heat exchange, medical devices, and offshore oil and gas development.

Metal pipe punching machine is special processing equipment for pipe hole punching, widely applied in automotive pipelines, guardrail pipes, hardware furniture, fluid pipe fittings and other fields. Driven by hydraulic or servo power and equipped with dies, the machine can punch round holes, special-shaped holes and oblong holes on round pipes, square pipes and rectangular pipes. With stable workpiece clamping, it features accurate punching positioning and smooth holes without obvious deformation. The pipe punching machine supports continuous processing of single or multiple holes. Dies can be quickly replaced to meet different aperture requirements. Easy to operate with high productivity, it can work with pipe cutting machines, pipe bending machines and tube end forming machines to build automatic pipe production lines. Replacing traditional drilling technology, it saves processing time and suits mass production of pipe workpieces.

Metal pipe cutting machine is special processing equipment for cutting various metal pipes, widely used in automotive pipe fittings, hydraulic pipelines, hardware furniture, refrigeration pipelines and other industries. Adopting high-speed sawing or servo feed cutting mode, the machine can cut stainless steel pipes, steel pipes, copper pipes and aluminum pipes to fixed lengths. It integrates automatic feeding, clamping, cutting and discharging functions. The cutting surface is flat and smooth with minimal burrs, eliminating secondary grinding. The pipe cutting machine achieves high precision in cutting length and supports continuous mass production. It can be combined with pipe bending machines and tube end forming machines to form an automatic pipe processing production line, matching subsequent tube reducing, tube expanding and bending processes to improve pipe processing efficiency.

Pipe end forming machines, including tube reducing machines and tube expanding machines, are special equipment for pipe end machining, widely used in pipe fittings, hydraulic pipelines, auto parts and furniture pipe processing. Driven by hydraulic pressure, the equipment squeezes the ends of metal pipes via molds to perform forming processes such as tube reducing, flaring, beading and chamfering. It can process metal round pipes including steel, copper and aluminum pipes, and complete multiple forming operations in a single clamping setup. Tube reducing machines shrink the outer diameter of pipe ends for convenient pipe insertion; tube expanding machines enlarge the inner diameter of pipe ends to realize pipe connection. The machine features high automation, stable forming precision and uniform workpiece deformation. It reduces welding procedures and improves the sealing performance of pipe joints.

Solid-state high-frequency induction heating equipment adopts transistor inversion technology. It features low energy consumption, quick startup, compact structure and high thermal efficiency. It enables fast, localized and precise heating for metal brazing, heat treatment, smelting and tube annealing. Equipped with comprehensive protection functions, the equipment runs steadily with low failure rate, suitable for long-time continuous operation in machinery, metallurgy and automobile industries.

Solid-state high-frequency induction heating equipment adopts transistor inversion technology. It features low energy consumption, quick startup, compact structure and high thermal efficiency. It enables fast, localized and precise heating for metal brazing, heat treatment, smelting and tube annealing. Equipped with comprehensive protection functions, the equipment runs steadily with low failure rate, suitable for long-time continuous operation in machinery, metallurgy and automobile industries.