01Your machine
Start with what you have.
A single machine is a useful place to begin. We check its available connections and the information it can share.
First, understand your equipment.Industrial intelligence / Built around your machines
Your machines.Made clear.
We connect your existing machines to simple screens, so you can see production, energy use and problems in one place.
Start with one machine. Grow from there.
Follow one machine 01 — 04 THE CONNECTED MACHINE
01 / How it worksOne machine.
One machine.
A clearer business.
From the factory floor to your next decision.
02The connection
Bring the readings together.
A small computer near your equipment collects the agreed information. Together, we decide what stays on site and what your other systems need.
Connect only what is useful.03A clear screen
See what needs your attention.
Check machine status, production or energy use on a simple screen. The readings and update speed depend on your equipment and setup.
Less searching. A clearer view.04Your next step
Know where to look next.
When a machine stops, your team can check what happened and decide what to do. Try the example below to see how the screen changes.
Your people stay in control.TRY A MACHINE STATUS
Machine 01 is running.
Production is in progress in this example.
Validated in brownfield plants, utilities & industrial infrastructure
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A little connection. A bigger perspective.
Less guessing.
More knowing.
The information is already there. We help you bring it together — so your people can see what matters and decide what comes next.
Explore the possibilitiesMachines+Information+People
02 / How we helpWhat would you
What would you
like to improve?
Start with a question from your working day. Open a topic to see how we could help.
01How do I connect my machines?
Industrial edge computing
Bring useful readings together from existing CNC machines, PLCs, and shop-floor equipment. We check available communication interfaces (Modbus, OPC UA, FOCAS) without replacing your existing PLC or modifying machine logic.
- Collect the readings your team needs
- Decide what stays on site and what is shared
- Start with a defined group of signals
AN EXAMPLE
Explore industrial edge computing Discuss this with us Collect running, idle, and cycle counts from one CNC machine or PLC before considering the rest of the workshop.
02Which machines are running?
Web SCADA
See real-time machine status, cycle times, alarms, and OEE on browser dashboards designed for your team. Connects to existing PLCs and CNC controllers without proprietary desktop clients.
- See running, stopped or waiting status where available
- Choose the readings that matter to your team
- Use a layout suited to your phone, tablet or computer
AN EXAMPLE
Explore web scada Discuss this with us Check the status and cycle times of workshop CNCs and lines from one screen.
03Can I support safety checks?
AI-assisted worker safety
Assess whether suitable cameras can help flag missing protective equipment or entry into an agreed area. Alerts need human review and support your existing safety procedures.
- Define what the camera should check
- Review camera placement and working conditions
- Keep people responsible for reviewing alerts
AN EXAMPLE
Explore ai-assisted worker safety Discuss this with us Explore a helmet check at a designated entry point, with alerts reviewed by a supervisor.
04Can I stop entering data twice?
Machine-to-ERP integration
Explore how machine readings can connect to the software your business already uses. The information and available software interfaces are checked first.
- Agree which records should be shared
- Check data before it is passed on
- Define how incomplete or failed updates are handled
AN EXAMPLE
Explore machine-to-erp integration Discuss this with us Assess whether completed part counts can update your existing production records.
05Can I run business and factory together?
Manufacturing ERP
Connect sales, purchasing, inventory, manufacturing, quality, maintenance and financial operations with real shop-floor production data.
- Manage sales, procurement, inventory and work orders
- Track quality, maintenance and production routing
- Connect shop-floor machine data directly to business processes
AN EXAMPLE
Explore manufacturing erp Discuss this with us Trace a customer order from quotation and material planning down to shop-floor machine production and dispatch.
06Where is my electricity going?
Energy management
Bring suitable energy readings into one view. Compare machines or shifts to find patterns worth investigating.
- Check what your existing meters can measure
- Compare usage during working and idle periods
- Review unusual changes with your team
AN EXAMPLE
Explore energy management Discuss this with us Compare a compressor’s electricity use during production and after the shift ends.
07Why is production slowing down?
OEE intelligence
Bring available production, stop and quality records together. Use them to ask better questions about delays and lost output.
- Compare working time with time stopped
- Review production against an agreed target
- Record stop reasons manually or automatically where supported
AN EXAMPLE
Explore oee intelligence Discuss this with us Review repeated short stops to understand how they add up across a shift.
03 / Your kind of operationDifferent businesses.
Different businesses.
Everyday challenges.
One workshop or a growing factory: we begin with your equipment, your people and one useful question.
01Manufacturing
Know which machines need a closer look.
A machining workshop might begin with running and stopped status, part counts or time spent waiting for material.
Learn more about manufacturing Discuss your operation02Precision engineering
Bring the right process records together.
Explore how available machine readings and inspection records could help your team review a job. Traceability needs are agreed for each project.
Learn more about precision engineering Discuss your operation03Food & beverage
See changes along the production line.
A packaging line might start by comparing stops, output or available temperature readings. Monitoring supports the checks your team already performs.
Learn more about food & beverage Discuss your operation04Logistics & handling
Understand the flow through your operation.
A warehouse might begin with conveyor status or packing counts, then assess whether those updates can connect to its existing software.
Learn more about logistics & handling Discuss your operation05Chemical & batch processing
Keep a reliable record of each batch.
A reactor or mixing vessel might begin with temperature trends, batch identifiers or material usage. Monitoring supports the checks your operators already perform.
Learn more about chemical & batch processing Discuss your operationExample starting points. Suitability depends on your equipment and project requirements.
04 / Getting started
Start small.
See what helps.
Choose one problem, agree on a manageable first step, and review what it helps your team understand.
01FIRST
Tell us what is difficult.
Is a machine stopping? Are you counting parts on paper or entering the same numbers twice? Tell us what is making your day harder.
Agreed milestone:Choose one problem to solve
02NEXT
Agree on a small start.
We check your equipment and agree on the connections, cost and installation work needed for a small first step.
Agreed milestone:Agree on the work and cost
03THEN
Review the real result.
Review the readings with your team. Decide whether they are useful before connecting more machines or adding features.
Agreed milestone:Review before you expand
Perspectives / A useful place to start
Clarity starts
with a question.
Understand the possibilities before deciding what your operation needs.
05 / Common Questions
Big questions.
Simple answers.
Straightforward answers to the practical concerns most workshop owners and plant managers have before getting started.
Is this suitable for a small workshop or single machine?
A single machine or a small workshop can be a practical starting point. We first check what your equipment can share and what you want to understand. Starting with one defined question helps your team compare the readings with daily work before deciding whether a wider connection is useful.
Will I need to replace my existing machines or PLCs?
We begin by checking your existing machines. Available connections, safety requirements and manufacturer conditions determine what can be added. We agree on any hardware or installation changes before work begins. Some equipment may need additional sensing or may not offer a practical connection. The assessment establishes these limits before a project scope is agreed.
Do I or my workshop team need technical software knowledge?
The screens should use familiar words and show the information your team needs. We discuss who will use them and what guidance will help them get started. A useful first review checks the labels, units and actions with the people using the screen, then identifies any training or access requirements.
How is pricing and engagement structured?
Cost depends on the machines, connections, readings and software involved. We discuss a defined first step and its cost before you decide to proceed. The initial scope should identify the signals, intended users and validation steps. Additional equipment or integration work is assessed separately so the proposed work remains clear.
06 / Start a Conversation
Let’s make
work easier.
One machine, a small workshop, or an expanding factory. Tell us what is hard to keep track of, and we’ll help you determine the simplest next step.
Contact our team
Chat on WhatsApp+91 97147 37000
Email our teaminfo@swaelitesolutions.com
—Ahmedabad, Gujarat, India
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