Based in China, XYOON is a professional manufacturer and supplier of hydraulic tube processing machines, offering a one-stop solution that covers a full range of equipment—including cutting ring pre-assembly machines, pipe bending machines, and tube cutting machines. Our equipment is compatible with carbon steel, stainless steel, copper, and aluminum tubing, catering to both small-to-medium workshops and large-scale production lines. We support individual machine purchases, complete production line setups, and custom tooling solutions. All equipment adheres to international standards for piping fabrication, significantly reducing labor waste and defect rates.
XYOON’s hydraulic tube processing machines constitute an integrated processing suite designed for the pre-forming stage of high-pressure hydraulic piping. Unlike the fragmented, standalone equipment often found on the market, XYOON integrates three core processes—tube cutting, internal/external deburring, and ferrule pre-assembly—into a complete, closed-loop processing solution.
Our equipment serves tube processing plants, hydraulic system integrators, construction machinery component manufacturers, and marine piping suppliers, meeting needs ranging from small-batch, multi-specification processing to automated mass production. The entire product line is available for immediate shipment, OEM branding, and custom production line engineering, complete with dedicated tooling and fixture development. All machines undergo factory load testing and handle metal tubing ranging from 3mm to 90mm in diameter. This approach simplifies the procurement process for customers and ensures consistent precision standards across the piping fabrication workflow.
1. Eliminates the complexity of sourcing from multiple vendors
Most processing plants purchase cutting, deburring, and pre-assembly equipment separately, requiring coordination with multiple suppliers and incurring high communication costs regarding specification matching and after-sales support. XYOON develops and manufactures the entire suite in-house; processing parameters are mutually compatible, and dimensional standards are unified, allowing customers to outfit an entire production line by dealing with a single supplier.
2. Eliminates labor cost waste associated with manual grinding and rework
Traditional, basic processing equipment often leaves severe burrs on tube ends after cutting, necessitating dedicated personnel for polishing and grinding; furthermore, thin-walled tubes are highly susceptible to deformation at the ends during these processes. This equipment suite features synchronous cold-cutting with integrated cooling, simultaneous dual-head deburring, and a standardized pre-assembled structure. Processed tubes require no secondary finishing and can proceed directly to the assembly stage, thereby reducing workshop labor requirements.
3. Resolves processing precision instability when switching between tube materials
Standard equipment often requires repeated parameter adjustments when processing stainless steel, carbon steel, or copper tubes, leading to significant dimensional tolerance fluctuations and frequent leakage issues during assembly. This machine series features multi-material settings and a rigid frame design that minimizes vibration; processing tolerances remain stable and controllable, eliminating the need for lengthy setup times when switching materials.
4. Addresses budget constraints for production line upgrades in small and medium-sized workshops
The product lineup includes both semi-automatic economical models and fully automatic assembly line systems. Small and medium-sized workshops can purchase individual units for phased upgrades, while large factories can acquire complete integrated lines. This flexibility accommodates various budget plans without requiring a massive upfront capital investment for equipment renewal.
1. Hydraulic fitting manufacturers: Facilities engaged in long-term, high-volume processing of carbon steel and stainless steel seamless tubes. They require strict precision and high-quality end finishes; this integrated equipment ensures consistent product yield.
2. Construction machinery and wind power equipment suppliers: These involve complex piping specifications and the simultaneous processing of large-diameter/thick-walled steel tubes and thin-walled stainless steel tubes. The equipment's multi-material adaptability meets all production requirements.
3. Shipbuilding and chemical fluid equipment manufacturers: These often involve corrosion-resistant materials and strict standards regarding scratch-free and deformation-free tube ends. Dual-head deburring and stable clamping mechanisms ensure compliance with shipbuilding piping acceptance standards.
4. Small-scale contract tube processing workshops: Facilities handling diverse outsourced orders with varied specifications and batch sizes. Semi-automatic models offer the flexibility needed for intermittent production and feature a low barrier to entry.
1. Custom Fixtures for Non-Standard Tubing
We offer custom mold development for specialized positioning fixtures tailored to irregular shapes, unique wall thicknesses, and non-standard outer diameters, overcoming the limitations of off-the-shelf fixtures when handling specialized tubing.
2. Complimentary Production Line Layout Planning
For clients setting up new workshops or upgrading existing lines, our technical team provides equipment layout plans based on facility dimensions and material flow paths; this optimizes material handling and boosts overall processing efficiency.
3. OEM Branding and Custom Equipment Labeling
We support regional distributors and private-label traders by offering laser-marked branding on machine bodies and control panels, as well as custom-branded packaging, facilitating the marketing and sale of their own brands.
4. Comprehensive Bilingual Operation and Maintenance Manuals
Every full-line order includes a complete set of illustrated operation tutorials, routine maintenance guides, and troubleshooting manuals, enabling overseas operators to perform daily maintenance independently and reducing the need for remote technical support.
