Manufacturing Process Monitoring Software
Monitor every process. Track critical parameters. Detect deviations. Improve consistency.
Book a MeetingManufacturing Process Monitoring for Better Process Control
sfHawk Manufacturing Process Monitoring provides real-time visibility into manufacturing operations and critical process parameters, helping manufacturers ensure that processes are performed consistently and within defined operating conditions.
By automatically capturing available machine, process and quality data, sfHawk creates a digital record of manufacturing operations, helping production and quality teams identify deviations, improve process discipline and build a more controlled manufacturing environment.
contact us →Tracks Every Stage of the Process, Not Just the Output
Manufacturing process tracking follows a job through each stage of production, so a deviation gets caught at the step where it happened, not discovered later in a finished part.
Monitor Critical Process Parameters
Monitor relevant parameters that influence manufacturing quality and performance. sfHawk helps teams continuously observe available process data and identify when operating conditions move away from defined standards.
Detect Process Deviations Early
Don't wait for final inspection to discover that something went wrong during manufacturing. Real-time manufacturing process monitoring helps identify abnormal conditions during the process, enabling teams to investigate and take corrective action sooner.
Visualizes Process Health With Live SPC Charts
Live SPC charts turn raw parameter data into a trend line operators can actually use, making it easy to spot a process drifting out of control before it produces a defect.
Connects Directly to Integrated Quality Alerts
Integrated quality alerts tie process deviations straight to the quality team, closing the gap between a parameter going out of spec and someone actually finding out about it.
Ties Critical Process Parameters to Full Traceability
Every parameter captured here feeds the same lineage record used in sfHawk's manufacturing traceability software, so a quality issue can be traced back to the exact process conditions that caused it.
Process Control
Go beyond simply displaying process data. sfHawk process control software can use available manufacturing information to support defined process controls, alerts and interlocking logic, helping prevent selected operations from continuing when specified conditions are not satisfied.
Process & Quality Correlation
Bring manufacturing parameters and quality results together to understand relationships between process conditions and product quality. This helps engineering teams identify which parameters require tighter control and supports systematic root-cause analysis.
Part & Batch-Level Process History
Associate relevant process information with individual parts or production batches where traceability is required. This creates a digital manufacturing history that helps teams determine the conditions under which a particular product was manufactured.
Process Analytics & Continuous Improvement
Analyze historical process data to identify trends, recurring deviations and variation between machines, products, shifts or time periods. Manufacturing process tracking turns process history into actionable information for engineering and continuous improvement teams.
Vajra
The Vajra is connected to industrial machines and peripheral equipment such as gauges, compressors, sensors etc. The Vajra collects and wirelessly transmits a range of operational data to servers. It is useful to show real-time data inputs for your shopfloor teams and make a complete paperless factory, enabling all day to day shopfloor tasks to be run through the Vajra.
- Collect accurate and real-time production data.
- View accurate production losses.
- Empower operator to enter critical operations data.
- Implement machine interlocks.
- View digital documents on the machine.
- Data storage facility so internet downtimes don't cause data loss.
Vajra Lite
The Vajra Lite connects to Industrial machines and equipment through PLC, MTConnect, OPC UA, IO, and Serial communication. It collects, processes, and wirelessly transmits real time operational data to servers and cloud systems.
- Cost effective solution with similar compute possibilities.
- Collect and buffer real time production data at the edge.
- Data storage facility so internet downtimes don't cause data loss.
- Connect through Ethernet or WiFi for flexible deployment.
- Integrate easily with PLC, MTConnect, OPC UA, IO, and Serial protocols.
Analytics Platform
Our analytics platform delivers real-time insights and predictive capabilities, enabling data-driven decisions for improved factory efficiency and ROI.
- Real-time dashboards for remote monitoring.
- Configurable alerts ensure timely actions.
- AI-powered predictions prevent potential issues.
- Tracks uptime, energy, and productivity metrics.
- Scalable for factories of all sizes.
Why Manufacturers Choose sfHawk
Everything you need to know.
What is manufacturing process monitoring?
Manufacturing process monitoring tracks critical process parameters as production happens, giving teams a live view of process health instead of a report assembled after the fact.
What's the difference between process monitoring and process control software?
Process monitoring captures and displays parameter data as it happens. Process control software goes a step further, using that data to trigger alerts and support decisions that keep the process within its intended limits.
Can sfHawk alert operators to process parameter deviations in real time?
Yes. Integrated quality alerts notify the right person the moment a parameter drifts out of range, so corrections can happen before a part is scrapped, not after.
How is OEE monitoring software different from production monitoring software?
Production monitoring software tracks output, cycle times, and throughput. OEE monitoring software goes a step further, combining that production data with quality and availability figures to produce one unified efficiency score. sfHawk's platform is designed to capture both, since accurate OEE depends on production data feeding into the calculation.
How fast can OEE improve after implementing OEE tracking software?
Based on sfHawk customer results, meaningful OEE gains have shown up in as little as three months, with improvements of 8% to 20% reported across different CNC manufacturing environments. The speed of improvement depends on how quickly a plant acts on the bottlenecks the data reveals.
OEE improvement in 6 months
Machine shop OEE improvement
"We improved the OEE of our shop by 14% just by implementing the digital processes offered by sfHawk. We are now able to take real time decisions which had played key role in the initiative."
OEE improvement in 3 months
Robotic cell improvement
"sfHawk platform helped us improved the OEE of our robotic cell by 8% in 3 months. How sfHawk stands different from the others is their capability and readiness for the customizations as per the Customer's requirements."
OEE improvement in 3 months
Overall Plant Performance Improvement
"sfHawk platform helped us improve our OEE by 20% in 3 months. What sets sfHawk apart is their real time production visibility, downtime analysis, and the flexibility to customize solutions based on customer needs."
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Connect your machines, gauges, and equipment to sfHawk and start making decisions backed by live production data.
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