Landing CNC - Neuron Soundware

Cutting-Edge AI and IoT for Superior Process Monitoring

What we provide you with

End-to-end solution for Data collection, AI data processing, and SW data visualisation and real-time machine control

NSW specializes in CNC machining solutions, from simple three-axis machines to complex centers. Our modular solutions can be provided as an all-in-one package or independently, fully integrating with existing systems and complying with top IT cybersecurity standards. Data can be processed securely in the cloud or on Edge at the customer’s premises.

CHALLENGES

Unscheduled downtime
Low digitization of assets
High operating costs
Lack of (skilled) workforce

SOLUTION

AI & ML algorithms
NSW designed IoT Edge HW
Web-based SW application
Cloud or in situ data analysis

RESULTS

60% fewer breakdowns
35% lower costs
25% more productivity
5% energy saving

Streamlined Operations on CNC machines

Real-time monitoring of quality degradation of machine tools: 95 % accuracy

CHALLENGE

Declining quality of manufactured product due to degradation of CNC machine tools.

SOLUTION

Real-time, in-situ monitoring solution with early warning system of the quality of machine tools operating outside of the pre-set parameters.

BENEFIT

Substantial increase in production efficiency and profitability. Zero material and product scrap.

Get the Full use case Details >>

Speeding up grinding processes by 10-15%

CHALLENGE

Inefficient grinding process due to incorrectly positioned grinders

SOLUTION

ML model accurately identifies the size of the contact area between the grinding wheel and the material with an immediate feedback control

BENEFIT

Full quality control of grinding operations at maximum operational speed Get the Full use case Details >>

100 % reliability on material handling robots

CHALLENGE

Unexpected misalignments of loads and displacements of materials incidents stopping the production process.

SOLUTION

Replacing human supervision of the handling process by continual evaluation of acoustic signals with AI models. Visual and audible warnings for operators.