Manufacturing Analytics software for Aerospace Manufacturers | FourJaw

Complete Visibility. Greater Confidence.

Demand is high, but capacity is often limited by bottlenecks and inefficiencies.

FourJaw exposes hidden downtime and inefficiencies so manufacturers can free up capacity without adding headcount or machines

Eliminate Delays in High-Mix, Low-Volume Environments

Complex work orders with tight tolerances require close coordination and minimal disruption.

FourJaw tracks job-level performance, supports accurate scheduling, and enables better resource allocation.

In addition, you can keep track of production counts in real-time with automatic quality tracking and part counting.

Supports Continuous Improvement and Lean Initiatives

Lean and CI programmes help reduce waste and improve competitiveness.

FourJaw provides the data insight and visibility teams need to prioritise actions and track impact over time.

Aerospace Success Story

Aerospace manufacturers demand precision, and AVPE Systems achieved just that. By using FourJaw, they unlocked a 30% boost in factory uptime, slashing downtime and energy waste.

Full Case Study

Sean Thomas, Head of Operations at AVPE Systems-1

Productivity

Gain capacity by improving processes and removing bottlenecks.

Machine Utilisation

OEE

Downtime Monitoring

Planning

Simplify planning and communication for a more efficient factory floor.

Downtime Alerts

Live Machine View

Job Tracking

Instant Messaging

Production & Shift Planning

Energy

Cut energy waste, streamline processes, and shrink your carbon footprint.

Energy Use

Carbon Footprint

Energy Costs

How can production monitoring software improve throughput in aerospace manufacturing?

Production monitoring software helps aerospace manufacturers increase throughput by providing real-time visibility into machine performance, downtime, utilisation, and production flow across the factory. By monitoring equipment such as CNC machines, grinders, composite layup stations, inspection equipment, and assembly lines, manufacturers can identify production bottlenecks, reduce unplanned downtime, and improve operational efficiency.

Real-time production data enables aerospace manufacturers to understand where capacity is being lost, which processes are limiting throughput, and where improvements will have the greatest impact. This allows teams to optimise machine utilisation, improve scheduling, balance workloads, and increase output without investing in additional machines or labour.

For aerospace manufacturers operating in highly regulated, high-value production environments, production monitoring also supports continuous improvement initiatives, improves resource utilisation, and helps maximise production capacity while maintaining quality and delivery performance.

Can machine monitoring reduce unplanned downtime in aerospace factories?

Yes. Machine monitoring helps aerospace manufacturers reduce unplanned downtime by providing real-time visibility into machine stoppages, production interruptions, and equipment performance. When a machine stops unexpectedly, operations teams can be alerted immediately, allowing them to investigate the cause and take corrective action before downtime impacts production schedules.

Real-time downtime tracking helps manufacturers identify recurring issues such as machine breakdowns, tooling problems, material shortages, and process inefficiencies. By analysing downtime data and understanding the root causes of production losses, aerospace manufacturers can implement targeted improvements that increase machine reliability and reduce future disruptions.

Reducing unplanned downtime improves machine utilisation, increases throughput, supports on-time delivery performance, and helps aerospace manufacturers maximise production capacity in complex, high-value manufacturing environments.

How does production monitoring support lean initiatives in aerospace?

Production monitoring supports Lean manufacturing by providing real-time data on machine utilisation, setup times, cycle times, and job performance. This visibility helps aerospace manufacturers identify waste, eliminate inefficiencies, and make continuous improvement strategies across production processes.

By monitoring manufacturing performance in real time, teams can uncover bottlenecks, reduce non-value-added activities, improve workflow efficiency, and optimise the use of machines, materials, and labour. Production monitoring also provides objective data that helps measure the impact of Lean initiatives and prioritise improvement opportunities based on operational performance.

Many aerospace manufacturers use production monitoring to support continuous improvement methodologies such as Lean manufacturing, Kaizen, SMED, and root cause analysis. The resulting insights help improve productivity, increase throughput, reduce downtime, and support compliance with quality management standards such as AS9100.

By combining real-time production data with Lean principles, aerospace manufacturers can drive sustainable improvements in efficiency, quality, and operational performance.

Is FourJaw production monitoring compatible with both modern and legacy aerospace machinery?

Yes. FourJaw’s production monitoring system is designed to work with both modern and legacy aerospace manufacturing equipment, regardless of machine age, brand, or type.

Whether you operate CNC machines, grinding machines, composite manufacturing equipment, inspection systems, assembly stations, or a mix of older and newer assets, FourJaw provides a single platform for monitoring machine utilisation, downtime, productivity, and operational performance across your entire factory.

Unlike many manufacturing software solutions that rely on complex integrations or newer equipment, FourJaw can connect to existing aerospace machinery with minimal disruption. This allows manufacturers to gain real-time factory visibility, improve machine utilisation, reduce downtime, and increase throughput without replacing functioning equipment.

By combining data from both legacy and modern machines, FourJaw gives aerospace manufacturers a unified view of production performance across all assets, helping teams make better decisions and drive continuous improvement across the shop floor.

Can production monitoring help improve on-time delivery in aerospace manufacturing?

Yes. Production monitoring helps aerospace manufacturers improve on-time delivery by providing real-time visibility into job progress, machine performance, production schedules, and capacity utilisation. This allows production teams to identify potential bottlenecks early, respond quickly to disruptions, and keep work flowing through the factory efficiently.

By tracking machine utilisation, downtime, setup times, and job status in real time, manufacturers can make better scheduling decisions, balance workloads across available resources, and prevent delays from impacting downstream operations. This visibility is particularly important in aerospace manufacturing, where complex production processes, strict quality requirements, and long lead times make schedule adherence critical.

Real-time production monitoring helps manufacturers improve throughput, increase predictability, and maintain reliable delivery performance, supporting customer commitments and strengthening operational efficiency.