Automation & Industry 4.0
Factory automation and robotic cell integration
Automation that pays back: robotic welding, handling and assembly cells, PLC and HMI upgrades, vision inspection and line data — selected operation by operation and integrated with your existing equipment and people.
At a glance
- Cells
- Robotic welding, handling, palletising, assembly
- Controls
- PLC/HMI, safety PLC, servo, VFD
- Quality
- Vision inspection, traceability, poka-yoke
- Data
- OEE, andon, part-level logging, MES hand-off
- Approach
- Automate bottleneck and quality-critical steps first
Overview
Automate the operations that pay back
Automation fails when it is bought as a technology rather than as a solution to a specific constraint. A robot at a station that is not the bottleneck adds cost without adding output; a vision system added without a defined defect adds alarms without adding quality.
We look at your process for the operations that limit output, carry quality risk or depend on scarce skills — then compare automation options by cost, cycle time, flexibility and payback. Where automation makes sense, we integrate robot, fixtures, safety, controls and data into one working cell.
We are make-agnostic and work with the robot and PLC makes your plant already standardises on, so your maintenance team can support the system after handover.
What we build
Automation we integrate
Robotic welding cells
MIG/MAG and spot welding cells with fixtures, turntables or positioners, fume extraction and safety.
Robotic handling & machine tending
Loading and unloading of CNC machines, presses and test stations; transfer between operations.
Palletising & packing
End-of-line robotic palletising, carton handling and packing cells.
Pick-and-place & assembly
Cartesian and SCARA-based assembly, insertion and screwing systems.
Vision inspection
Presence/absence, orientation, code reading and dimensional checks with reject handling.
PLC/HMI retrofits
Control upgrades for ageing machines and lines — new PLC, HMI, safety and drives.
Safety systems
Risk assessment, guarding, light curtains, safety scanners, safety PLCs and interlocks.
Line data & andon
OEE, downtime reasons, andon boards and part-level data logging with ERP/MES hand-off.
Collaborative robots
Cobots for low-payload tasks where fencing is impractical and the risk assessment allows.
Technical
Factory Automation & Robotics — applications, specifications and deliverables
The same three-part technical structure on every solution page, so engineering and procurement can compare scopes without reading marketing copy.
Applications
What it is applied to
- Robotic MIG welding of frames, brackets and chassis parts
- Machine tending for CNC turning and VMC operations
- End-of-line palletising for appliances and packaged goods
- Vision checks for missing components and wrong variants
- PLC retrofit of legacy SPMs and lines
- Andon and OEE monitoring across a shop floor
Not listed? Describe the operation — most scopes we quote are variations on these.
Typical specifications
What we engineer to
- Automation scope
- Station, cell, line or plant-level data
- Robots
- Industrial robots and cobots; payload and reach selected per application
- PLC platform
- Siemens, Mitsubishi, Allen-Bradley, Delta or Omron — your plant standard
- HMI
- Production, recipe, diagnostics and maintenance screens with access levels
- Vision
- Presence, orientation, measurement, OCR/barcode, robot guidance
- Sensing
- Proximity, photoelectric, laser, load cell, torque, pressure, flow
- Networks
- Profinet, EtherNet/IP, Modbus TCP, OPC UA
- Traceability
- Barcode, QR, DMC or RFID with per-part logging and MES export
- Safety architecture
- Risk assessment, guarding, light curtains, safety relay or safety PLC
- Retrofit
- PLC, drive, safety and sensing retrofits on existing machines
Indicative ranges. Final specifications are fixed against your part and volume at design freeze.
Engineering deliverables
Documents you receive
- Control architecture and network drawing
- Electrical schematics, panel GA and I/O list
- PLC and HMI programs, commented, with backups
- Robot programs and backups with tooling drawings
- Vision job files with lighting and optics specification
- Sensor schedule with makes, ranges, mounting and set points
- Traceability data format and export interface documentation
- Machine safety risk assessment and safety validation record
- FAT and SAT protocols with signed results
Programs and drawings are handed over, so your team is never dependent on us for a change.
Engineering scope
How each element is engineered
The design decisions behind the specification above.
| Robots | Make-agnostic — integrated with the make that suits the application and your plant standard |
|---|---|
| PLC platforms | Siemens, Mitsubishi, Allen-Bradley, Delta, Omron |
| Vision | Smart cameras and PC-based vision from established makes |
| Safety | Risk assessment on ISO 12100 principles; safety-rated components and circuits |
| Communication | Profinet, EtherNet/IP, Modbus, OPC UA for data hand-off |
| Data | Cycle time, OEE, downtime, part results — to dashboards, SQL or MES |
| Acceptance | Cycle time, uptime trial run, quality results, safety-function checks |
Handover
What you receive
Every automation project closes with a documented handover — not just a machine on the floor.
- Automation feasibility and payback note
- Cell layout with reach and cycle-time study
- Electrical, pneumatic and safety drawings
- Robot, PLC and HMI program backups
- Risk assessment and safety validation records
- FAT/SAT reports
- Operator and maintenance training
Execution
How we execute an automation project
One project manager, stage gates you sign off, and no hand-offs between vendors.
Study
Process observation, bottleneck and quality-risk analysis, payback options.
→ Automation feasibility note
Engineer
Cell concept, reach and cycle study, fixture and safety design.
→ Design freeze
Build
Cell integration, programming and dry runs.
→ FAT with parts
Install
Installation and interfacing with your line and utilities.
→ Completion
Commission
Production trials, cycle and quality proving, safety validation.
→ SAT sign-off
Stabilise
Ramp-up support, training and program handover.
→ Handover
Applications
Where it is used
- Robotic MIG welding of frames, brackets and chassis parts
- Machine tending for CNC turning and VMC operations
- End-of-line palletising for appliances and packaged goods
- Vision checks for missing components and wrong variants
- PLC retrofit of legacy SPMs and lines
- Andon and OEE monitoring across a shop floor
Industries we serve
Why Mecwerx
Why manufacturers choose us for this
Payback before proposal
We show where automation pays back — and where it does not — before you commit capital.
Make-agnostic
We integrate the robot, PLC and vision makes that suit your plant standard and service network.
Safety engineered in
Risk assessment drives guarding and safety circuits from the first concept.
Whole-cell responsibility
Robot, fixture, safety, controls and data delivered and commissioned as one working cell.
Quotation checklist
What we need for an accurate automation quote
Send what you have. Missing details are fine — we will fill the gaps during the technical discussion.
- Process description and current cycle time
- Part drawings, weights and variants
- Target output and shifts
- Robot or PLC make preferences, if any
- Available space and layout
- Quality checks required
- Data or MES requirements
- Current pain points — labour, quality, output
Products
Factory Automation & Robotics we build
Standard and custom-built products delivered under this solution line.
Robotic Welding Cells
Turnkey MIG and spot welding cells with fixtures, positioners, fume extraction and safety.
View productPick & Place Units
Pick-and-place units, gantry loaders and transfer arms built to your cycle and part.
View productMachine Guarding
Perimeter fencing, enclosures and interlocked guarding designed from a risk assessment.
View productFAQ
Factory Automation & Robotics: common questions
Is robotic automation worth it for a mid-sized manufacturer in India?
It can be, when it targets the right operation. Robotic welding, machine tending and palletising often pay back when they relieve a bottleneck, reduce rework or cover for scarce skilled labour. We calculate payback for your operation before recommending it.
Which robot brand do you use?
We are make-agnostic. We integrate the robot make that best suits your application, budget and plant standard, keeping local service support in mind.
Can you automate our existing machines?
Often, yes. Existing machines can be retrofitted with new PLC/HMI controls, automatic loading, sensors and safety, or tended by a robot. We assess the machine's condition before proposing a retrofit.
Do you provide vision inspection systems?
Yes — for presence/absence, orientation, code reading and selected dimensional checks, integrated with reject handling and data logging.
How do you handle safety for robotic cells?
Every cell starts with a risk assessment. Guarding, light curtains, safety scanners, interlocks and safety-rated control circuits are designed and validated as part of the cell.
Related
Related solutions
Special Purpose Machines
Application-specific SPMs for pressing, riveting, drilling, screwing, marking and dispensing — proven at FAT.
Learn moreWelding Fixtures & Jigs
Manual, pneumatic and robotic welding fixtures, BIW fixtures and checking gauges designed from your datums.
Learn moreAssembly Lines
Takt-balanced manual, semi-automatic and automated lines with conveyors, error-proofing and traceability.
Learn moreStart a project
Hand over your production challenge.
Tell us what the line has to produce, where, and by when. We will come back with a scoped approach, a realistic timeline and the questions that matter — usually after a site visit or a drawing review.
- +91 85959 55435 · Mon–Sat, 09:00–18:00
- WhatsApp an engineer
- info@mecwerx.com
- Detailed RFQ with drawings (PDF, DWG, STEP)