CNT15 Coning & Threading Machine for High-Pressure Tubing
Model #: 21476-501
Designed for Production Manufacturing Environments
Unlike bench-top or manual coning and threading tools, the CNT15 is engineered as a production machine for OEM manufacturing environments. Its PLC control, rigid construction, and integrated safety features support consistent operation in high-mix or repeat production settings.
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Automate Cone & Thread Tube End Preparation for High-Pressure Stainless-Steel Tubing.
Eliminate manual variability, reduce scrap, and produce consistent, leak-ready tube ends in a single 15-second cycle.
Winton’s CNT15 Coning & Threading Machine is designed for 1/4″ to 9/16″ high-pressure stainless-steel tubing, making it ideal for manufacturers producing small-diameter, leak-critical tube assemblies. With a typical 15-second cycle time, the CNT15 improves throughput while delivering consistent cone and thread preparation compared to manual processes.
This coning and threading machine is ideal for stainless steel tubing used in tube fabrication for:
Instrumentation Skids
Precision-built systems supporting flow measurement, control, and process instrumentation applications.
Gas Panels
High-pressure gas distribution and regulation assemblies designed for demanding industrial environments.
Pressure Control Systems
Engineered solutions for managing and maintaining precise pressure across critical processes.
Energy Equipment
Components and assemblies supporting traditional and emerging energy infrastructure applications.
Hydrogen Systems
Specialized assemblies designed for hydrogen production, storage, and distribution applications.
OEM Assemblies
Custom OEM assemblies requiring reliable cone and thread style connections for high-pressure service.
This streamlined process helps reduce variation in tube end preparation while improving throughput and repeatability for high-pressure tubing applications.
What Common Manufacturing Problems does the CNT15 Help Solve
Inconsistent manually prepared tube ends.
Long setup and operator-dependent processes.
Difficulty maintaining repeatability on stainless steel tubing.
Slow throughput on high-pressure tubing assemblies.
The need to standardize prep for cone and thread fittings.
Labor-intensive tube end preparation using manual tools.
CNT15 Product Video & Details
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Winton Machine: a Global Leader in Tube Fabrication Machines
All digital protractors are designed and tested in-house. We use standard purchased components to build every digital protractor. The team at Winton Machine are proud of the quality of every measuring machine sold. Contact us today and ask how our bend angle measuring machines will translate into quality bent parts on your shop floor.
Frequently Asked Questions About Bend Angle Measurement
What is a coning and threading machine?
What is the CNT15 used for?
The CNT15 is used to automate coning and threading for 1/4 in. to 9/16 in. high-pressure stainless-steel tubing.
What industries use coning and threading for tubing?
Coning and threading are commonly associated with high-pressure instrumentation, gas and fluid handling, test systems, and some energy and hydrogen-related applications.
What is cone and thread tubing used for?
Cone and thread tubing is commonly used in high-pressure applications such as instrumentation systems, gas handling, waterjet cutting, and pressure control systems where leak-tight connections are required.
What size tubing can the CNT15 handle?
The CNT15 is designed for 1/4 in. to 9/16 in. high-pressure stainless-steel tubing.
Why automate Coning and Threading?
Automation can improve consistency, reduce labor, and help standardize tube end preparation in production environments.
Manual vs Automated Coning & Threading
Manufacturers often rely on manual coning and threading tools, which can introduce variability and limit throughput. The CNT15 replaces these steps with a controlled, repeatable process.
Manual Process Challenges
- Operator-dependent results
- Inconsistent sealing surfaces
- Slower cycle times
- Increased scrap on stainless steel
CNT15 Automated Process
- Repeatable, PLC-controlled cycle
- Consistent cone and thread geometry
- Typical 15-second cycle time
- Reduced operator dependency