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NCnet

Reduces machine downtime for program transfer

NCnet, DNC software transfers programs between a PC and multiple
CNC machines through RS232 ports of the PC and machines.
Connection can be through wired or wireless network, through direct
wire connections or through Ethernet LAN. See the Fact sheet for
various connection options. 

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NCnet

NCnet DNC software for up to unlimited machines, with advanced features like drip feed machining and remote program calling from machines. 

NCnet Lite

Free version suited for shop with single machine, Hobbyist, Home shop. Great tool for basic 2 way program transfer to 1 machine. It is FREE and will always be free. No pesky ads, no nonsense DNC software.  

Problems We Solve

Key challenges with CNC machining and program transfer.

Limited Memory on CNC Machines 

Many CNC machines, particularly older models, have limited memory capacity, making it difficult to transfer large CNC programs. When these programs exceed the machine’s memory, it can result in work stoppages and delays, impacting production efficiency. These memory limitations can cause interruptions while trying to load large files, reducing overall CNC machine productivity. 

Risk of Using Outdated or Incorrect Programs 

Running outdated or incorrect versions of CNC programs can result in costly mistakes and even machine crashes. Mixing up CNC program versions increases the likelihood of errors, which leads to scrap, rework, and operational inefficiencies. This risk of using inaccurate programs can seriously affect machine accuracy and overall production quality. 

Legacy Machines Compatibility

Older CNC machines often lack the modern communication capabilities required to integrate seamlessly with current network systems. This lack of compatibility can create operational barriers, preventing machines from connecting to newer systems that improve data transfer and machine performance, thus limiting the potential for streamlined production. 

Machine Downtime 

Machine downtime due to issues with program loading or data transfer delays can severely disrupt production. CNC machines often experience long wait times while data is transferred, which leads to increased operational costs, missed deadlines, and lost productivity. Reducing machine downtime is essential to maintaining continuous production and improving shop floor efficiency. 

Features And Benefits

How NCnet ensures reliable, secure and high-speed program transfer

Seamless CNC Program Transfer

Efficiently transfer CNC programs between your PC and machine tools without manual data entry. NCnet ensures a reliable, error-free transfer process that enhances shop floor efficiency, reduces human error, and eliminates delays in machine operation, keeping production on track. 

Flexible connectivity 

Whether you have a wired or wireless setup, NCnet offers flexible connectivity options that work with your existing infrastructure. This makes it easy to adapt to different types of machinery and ensures a seamless program transfer process across various systems 

Drip feed DNC 

Large CNC programs that exceed a machine’s memory capacity can be transferred in small, manageable increments with drip feed capabilities. This ensures continuous machining, even for complex parts, without interruptions, improving machine utilization and reducing downtime. 

Remote program calling and transfer 

Operators can initiate program transfers directly from the machine using remote program calling. This eliminates the need to access the PC and streamlines workflows, enabling faster program retrieval and reducing the need for manual interaction on the shop floor. 

Testimonials

We work with some of the top companies in the manufacturing industry.
Hear directly from their leaders about how our solutions have made a big difference.

We’ve seen a lot of OEE improvements because now we can understand the parts, the spindle runtime, how effectively we are running. It’s actually helped us to move from 3 shifts down to 2 shifts with more output. So we’ve moved from about 30% spindle utilization to now over 55% spindle utilization.

Gavin Price
MD Aaran1 Engineering
Our downtime has decreased by 10%. The downtime, especially in the night shift, has reduced by more than 25%, which is a very, very important thing for us and is contributing a lot towards our productivity.

Deepak Pinto
MD Zenith Precision
Overall, I see at least 8 to 10% efficiency improvement, especially OEE and the spindle run time. Setup time has been reduced and we can see an improvement of at least 10 to 12% production improvement.

B.T. Umesh
DGM, CIM Tools
It takes hardly 10 minutes for a person to connect to the machine. I can tell you that we are able to reduce the downtime, and we are able to improve productivity. The middle level supervisors and managers are also satisfied with the exact data that they are getting from the Leanworx system.

Gurpreet Singh
MD, Pal Shell Cast
With Leanworx we have been able to bring down our machine downtime by about 30% and increase in OEE by 10 to 15%, which is a huge saving. We have been getting fantastic results out of it. The reports that we generate every morning give us a good insight on the productivity and the performance of the operator as well as the machine.

Sanjay Desai
CEO, RBD Engineers

After implementing Leanworx we are no longer discussing the quality of data or accuracy of data. Discussion revolves around what can be done to improve productivity. Looking at the benefit of utilizing and improving the equipment utilization, the incremental cost that we incur by paying the subscription is very small and it's a good value proposition from our point of view.

L Krishnan
MD, TaeguTec India

When a customer asks, What is your OEE? We say 85%. Are we really at 85%? I don't think so. After installing Leanworx and improving systems, it's 88 when we finally checked the last time. So that's a substantial advantage.

Anil Machani
Director & President – Operations, SSS Springs

Learn from our experiences

Practical insights from the shop floor to elevate your CNC machining.

Frequently Asked Questions

Here are some common questions customers frequently ask about CADEM

When CNC machines have limited memory capacity, it can be difficult to transfer large files. NCnet DNC software offers drip feed machining capabilities, allowing for the continuous transfer of large programs by breaking them into smaller, manageable increments. This ensures uninterrupted machining of complex parts and eliminates delays caused by memory limitations, improving machine utilization and reducing production downtime.

Yes, NCnet DNC software supports a wide range of legacy CNC machines that may lack modern communication capabilities. Whether you’re working with older CNC machines or more advanced models, NCnet ensures seamless integration, making it easy to manage CNC program transfers without the need for costly equipment upgrades.

With the remote program calling feature, CNC operators can initiate program transfers directly from the machine, without the need to access the PC. This reduces the time spent on manual intervention, improves workflow efficiency, and enhances shop floor productivity. It also allows operators to retrieve programs quickly, reducing downtime and speeding up the machining process.

Yes, for NCnet to function, your CNC machine must have a working RS232 port (9-pin or 25-pin). While LAN or Wi-Fi connections are possible with the use of signal converters like NPort devices, the machine must still have an RS232 port. Machines with only a LAN port cannot directly work with NCnet.

Ready to upgrade your program transfer system?

Whether you’re a manufacturer, educator, or training provider, CADEM has the tools to help you move faster and smarter.