Product Description
This machine is capable of making helical continuous fins with various pitches. Our company has sculpted a remarkable place in the market as a reputed manufacturer and exporter of Tube Finning Machine. It is capable of manufacturing various kinds of finned tubes like embedded fins, wrap around, knurled, soldered fins and more. To manufacture this machine, our dexterous workforce uses best quality materials and components. The machine works on roto advancing mechanism of tube. The purpose of Tube Finning Machine is to increase contact surface area of tube. It is also suitable for fast setting change from one type of tube to another.
Technical specification ofTube Finning Machine:
|
Fin Height
|
5 mm to 25 mm
|
|
Tube Outer Diameter
|
Tubes 8 mm OD to 100 mm OD
|
|
Tube Material
|
MS, SS, Copper, Brass.& Aluminum
|
|
Purpose
|
To Increase Contact Surface Area of Tubes for Better Heat Transfer
|
|
Fin Pitch
|
2 FPI to 10 FPI
|
Advanced Automation & PrecisionThis machine is equipped with a PLC-based control panel that enables precise and consistent finning, supporting both semi-automatic and fully automatic modes. The adjustable fin pitch (2 mm 12 mm) and maximum fin height (up to 15 mm) allow for customization to specific application needs, ensuring streamlined operation and high production quality.
Superior Compatibility & ConstructionEngineered with alloy steel rollers and a motor-driven mechanism, the Tube Finning Machine accommodates multiple tube materials including MS, SS, copper, and aluminum, and supports a range of fin types. Its robust design guarantees durability under intense production conditions, while surface treatments help resist corrosion.
Safety & CustomizationSafety is prioritized through integrated emergency stop features and protective guards. The inlet/outlet and tube size can be tailored according to customer requirements, and the machine is available in standard and customized configurations. The sealed operation minimizes leaks and ensures dependable results for industrial applications.
FAQs of Tube Finning Machine:
Q: How does the Tube Finning Machine operate and control fin parameters?
A: The machine utilizes a PLC-based control panel, allowing operators to precisely adjust fin pitch (from 2 mm to 12 mm), production speed, and fin height. It can be set to either semi-automatic or automatic mode, giving flexibility to match different production demands.
Q: What types of fins and tube materials are compatible with this machine?
A: It supports solid fin, serrated fin, and spiral fin types. The recommended tube materials include mild steel (MS), stainless steel (SS), copper, and aluminum, facilitating versatile applications across various industries.
Q: When is it advisable to choose an automatic grade over a semi-automatic one?
A: An automatic grade is recommended when high-volume, consistent production and minimal operator intervention are required, while the semi-automatic model suits smaller batches or when manual adjustments are preferred for specialized operations.
Q: Where can customizations be made to suit particular production requirements?
A: Customizations can be implemented on the inlet/outlet dimensions, tube sizes, and machine configurations (size standard or custom). Manufacturers also offer options for flow rate and mounting details to suit specific operational needs.
Q: What is the typical process for finning tubes with this machine?
A: Tubes are loaded onto the machine, which is then configured for desired fin type, pitch, and height using the control panel. As the tube passes through, alloy steel rollers motor-drive fins onto the surface, ensuring robust attachment and uniformity.
Q: How do the safety features benefit operators and the production environment?
A: Integrated emergency stops and safety guards protect operators from moving parts, while sealed operation prevents leaks and ensures a safer, cleaner workspace, complying with industrial safety standards.
Q: What are the key advantages of using this Tube Finning Machine?
A: It provides high finning accuracy, adjustable settings, robust construction, and low to moderate noise levels. These features collectively improve productivity, product quality, and operator safety in heat exchanger and cooling tube manufacturing.