Built from real production experience and matched to actual hose structures and welding processes.
Ensure proper dimensional fit between corrugated hoses and fittings before welding. Eliminate end mismatch by trimming the half-wave geometry with high precision.
The half-wave rotary cutting machine removes excess wave geometry at the hose end, helping create a more consistent connection area for welding or fitting assembly.
Unlike standard cutting machines, this system is specifically designed to correct hose-end geometry. Its purpose is to trim the half-wave section and improve alignment accuracy before welding, rather than cutting hose length.
Designed specifically for half-wave trimming of corrugated metal hoses.
Supports different hose sizes through mold changes for flexible production use.
Achieves burr-free processing with no obvious deformation at the hose end.
Compact structure with reliable operation for repeated production use.
Used before metal corrugated hose welding without braids to improve hose-end fit-up.
Performs half-wave trimming after corrugation hose end compression to restore dimensional consistency.
Prepares the hose end for improved alignment with fittings or the next welding process.
Helps eliminate dimensional inconsistency caused by hose-end compression and wave merging processes.
This machine significantly improves weld fit-up quality and reduces manual correction work.
The hose is clamped while a cutting tool trims the half-wave outer diameter, correcting the end geometry and ensuring more accurate alignment for assembly or welding.
Secure the hose in position to maintain stability during the trimming process.
Choose the appropriate interchangeable mold according to hose size and structure.
The cutting tool trims the half-wave outer diameter to correct hose-end geometry.
Move to assembly or welding with improved dimensional fit and reduced manual correction.
This section is prepared as a formal industrial equipment landing page. You can later expand it with optional tooling, additional models, brochures, or inquiry forms.
Item | Specification |
Model | BXQ200 |
Workpiece Cutting Range | DN50 – DN200 mm |
Rotary Cutting Speed | 100 – 900 rpm |
Control System | Mitsubishi or Inovance PLC |
HMI | 10″ Weintek or Inovance |
Power Supply | AC 220V, approx. 1.8 kW |
Air Supply | 0.6 – 0.8 MPa clean compressed air |
Machine Weight | Approx. 800 kg |
At MecaNext, the goal is not just to supply a machine, but to solve actual production challenges related to hose-end geometry, fitting compatibility, and weld preparation efficiency.
Built from real production experience and matched to actual hose structures and welding processes.
Solves dimensional mismatch at the source to reduce manual adjustment and improve assembly efficiency.
Tooling and machine configuration can be tailored to hose size, structure, and production requirements.
Designed for continuous operation in practical factory environments.
Still facing mismatch between hose ends and fittings? Share your hose size, end structure, and production requirements, and we can help evaluate the right half-wave trimming solution.
We Are Committed to Delivering Quality Welding Solutions.
Empowering industries worldwide with precision, efficiency, and advanced welding technologies.
Jigao Innovation and Entrepreneurship Industrial Center, 803 Keyuan Road, High-Tech Zone, Jinan, Shandong Province