1. Industry background and current usage of WorkNC: It is a core tool in mold and parts processing, but it has long lacked transparency in use.
In the fields of mold manufacturing, automotive parts, aerospace structural parts, precision machining and high-end equipment manufacturing, WorkNC is one of the most widely used CAM programming software. Engineers often rely on WorkNC to:
- Three-axis/five-axis CNC machining programming- Rough machining and finishing strategy planning of mold cavity and core- Tool path calculation and optimization- High-precision machining simulation of large-volume models- Repeated iteration and verification of process plans- Closely linked to workshop processing plans Within the enterprise, the use of WorkNC has obvious characteristics:
- Long programming and calculation timeComplex mold or five-axis path calculation often requires a long time to run and takes a long license period.2. Engineers are used to keeping software open for a long timeIt is convenient to repeatedly adjust parameters, wait for path calculation, or switch between different processing strategies.3. Project node driver is obviousBefore the delivery of the mold, before the mold trial, and before the process was frozen, the demand for the use of WorkNC exploded.4. Multiple roles share the same authorization poolIncludes CAM programming engineers, process engineers, manufacturing support personnel, and more. In the absence of monitoring and management tools, companies often encounter:
- WorkNC cannot start, prompting insufficient license- It is unclear who is using it and how long it has been used- There are engineers running software but not actually doing programming or calculations.- Did not exit after path calculation was completed, license occupied for a long time- Multiple projects are waiting for CAM resources at the same time during peak periods- Management cannot tell whether delegation is truly insufficient- The usage situation of multiple factories and workshops cannot be uniformly grasped WorkNC therefore becomes the most critical yet opaque production preparation resource in manufacturing companies**.
2. Typical challenges faced by enterprises in using and managing WorkNC
1. Technical FAQs
- Floating licenses are often full and engineers cannot enter the programming environment in time- Unable to view in real time who is currently using WorkNC and how long it has been occupied- The engineer opens the software and switches to other tasks, resulting in idle occupation.- After the complex path calculation is completed, the software does not exit, resulting in the license not being released.- Authorization conflicts are frequent when preparing multiple projects for parallel processing.- Usage peaks are difficult to predict and you can only passively wait for resources to be released.
2. Realistic pain points at the management level
- Lack of real, quantifiable usage data– It is impossible to determine which projects and which teams are the main occupiers- Whether you need to purchase additional licenses can only be judged based on experience.- When a project is delayed, it is difficult to determine whether it is related to CAM resources- Distributed team (headquarters/factory/outsourcing) usage fragmentation- Waste caused by idleness and abnormal occupancy is difficult to detect in time The essence of these problems is not a functional problem of WorkNC itself, but rather the company’s lack of visualization and data management capabilities for CAM software usage behavior.
3. How Nodexel intervenes: Build a visual usage management system for WorkNC
Nodexel does not change the authorization method of WorkNC, nor does it affect the normal programming process of engineers. Instead, it provides a layer of real-time monitoring and data analysis capabilities on top of the existing environment.
1. Real-time monitoring of WorkNC license usage
With Nodexel, businesses can see in real time:
- Engineers currently using WorkNC- Department or project- Use start time and cumulative duration- Remaining quantity of authorization pool- Current load status (whether it is close to the upper limit)- Usage status (Active/Idle) For the first time, WorkNC usage is presented in a unified, intuitive data format.
2. Identify active and idle (Idle) users
Nodexel automatically recognizes:
- Long inactive sessions- When WorkNC is only opened but no path calculation or editing is performed- The engineer leaves the workstation but the software continues to occupy the license Idle sessions are clearly marked, providing an objective basis for resource optimization.
3. Automatically identify abnormal occupancy and support gentle recycling
For example:
- The software did not exit after the path calculation was completed.- The client exited abnormally but the license was not released- Invalid session hanging for a long time If allowed by corporate policies, long-term idle occupation can be automatically recycled without affecting ongoing CAM programming tasks.
4. Department-level and project-level usage time statistics
Nodexel supports analyzing WorkNC usage from multiple dimensions:
- Authorization consumption of different projects in the processing preparation stage- Differences in usage between mold projects and parts projects- Which projects cause significant peaks before delivery- Is there a long-term high-occupancy, low-activity usage pattern? Management can understand the true distribution of CAM resources based on data, not perception.
5. Visualization of demand fluctuations during peak and trough periods
Through historical data analysis, companies can clearly see:
- Daily CAM programming peak hours- Authorization pressure caused by project phases- Monthly and quarterly usage trend changes This allows planning resource allocation in advance instead of reacting passively after production is blocked.
6. Support cross-regional and multi-team unified management
Either:
- Headquarters CAM Programming Team- Factory Manufacturing Engineering Department- Outsourcing or mold supplier support team All WorkNC usage can be presented uniformly in Nodexel to form a complete and comparable view.
4. Direct management benefits brought by data insights
After using data transparency, companies typically experience the following quantifiable improvements:
- License utilization increased by approximately 20%–40%– Idle occupancy is significantly reduced and invalid resources are released- Engineers’ wait times for permits are significantly reduced– Authorized purchasing decisions are more rational and avoid blind additional purchases.- Improved processing preparation efficiency, reducing delays caused by CAM resource conflicts These benefits do not come from increasing the number of licenses, but from refined management of existing resources.
5. Real usage scenarios of engineers
A mold manufacturing company, Tuesday morning at 9 am. Engineer Xiao Li was about to open WorkNC to generate finishing tool paths for the new mold, but found the system prompt:
“No Available License” The project is in the critical stage before the prototype trial, and the team has repeatedly communicated:
- “Is there someone who has WorkNC on and isn’t using it?”- “Did you not exit the path calculation last night?”- “Are other projects competing for resources?” But without monitoring tools, the problem cannot be quickly located. After enabling Nodexel, administrators quickly see:
- Two sessions idle for more than 1 hour- A route calculation is still occupying licenses after it completed in the early hours of the morning- The peak time of intensive programming for multiple projects in the morning After releasing the idle occupation, Xiao Li successfully entered WorkNC and completed the tool path preparation. The mold trial plan was not affected. This is a very common real scenario in manufacturing companies, but there has been a long-term lack of effective solutions.
6. Summary: Let WorkNC usage management move from “experience judgment” to “data-driven”
Nodexel is not a replacement for WorkNC, but a set of engineering software usage monitoring and data management tools.It helps businesses:
- See the real usage status of WorkNC- Reduce CAM license resource waste- Optimize resource allocation between projects and teams- Improving the return on investment (ROI) of engineering software- Support digital upgrade of manufacturing and process management When the WorkNC usage environment becomes transparent, analyzable, and predictable,The efficiency of processing preparation and the stability of project delivery will also be significantly improved.
