Orbital Mekatronik Systems Pvt. Ltd.

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Automotive Industry Automation

Automotive Industry Automation Solutions for Precision Component Manufacturing

Reliable Automation for Automotive & Auto-Component Lines

Improve production speed, component quality and operator safety with automation technologies selected for your automotive manufacturing process.

Orbital Mekatronik provides industrial automation, machine-safety, sensing, measurement, robotics, control and pallet-transfer solutions for automotive OEMs, Tier 1, Tier 2 and Tier 3 component manufacturers.

We support new machines, robotic cells, assembly lines, inspection systems and existing-equipment upgrades across India and selected international markets.

Discuss Your Automotive Requirement
Automotive Industry Automation Solutions โ€” Orbital Mekatronik
Why Automotive Automation Matters

Improve Productivity, Quality and Process Consistency

Automotive manufacturing requires repeatable production, accurate component positioning and reliable quality checks across every process stage. A properly planned automotive automation system can help:

Increase production consistency
Reduce repetitive manual handling
Improve component positioning
Detect missing or incorrectly assembled parts
Automate machine loading and unloading
Maintain controlled assembly sequences
Improve inspection reliability
Record testing and process results
Reduce rejection and rework
Improve operator safety around machinery
Track components between workstations
Support multiple component variants

The right solution depends on the component, manufacturing operation, production target, cycle time, required accuracy and existing plant infrastructure.

Automotive Technologies

Automotive Automation Technologies We Offer

Our comprehensive range includes industrial robots, heavy-load pallet transfer conveyors, PLCs, sensors, linear transducers, and certified press and robotic safety systems. Select a tab to explore details.

Automated Part Handling

Industrial Robots

Industrial robots automate repetitive component handling, assembly, dispensing, inspection, and machine-tending operations. Including Cartesian, desktop, and SCARA robots tailored for automotive production.

Typical Applications

CNC machine loading & unloading
Adhesive & sealant dispensing
Robotic component pick-and-place
Fastener & screw tightening
Automotive part inspection & sorting
Engine & gearbox component transfer
Workpiece Transport & Indexing

Pallet Transfer Conveyors

Move automotive components between manual and automated workstations in dedicated fixtures. Featuring Elcom TRM heavy-load and TM monorail systems supporting up to 300 kg workpiece loads.

Typical Applications

Automotive component assembly lines
Leak testing & inspection stations
Robotic loading & press feeding
Engine & pump assembly flow
Pallet RFID traceability systems
Heavy subassembly transportation
Plant Controls & SCADA

PLC, HMI & SCADA Systems

PLCs coordinate machines, robots, conveyors, sensors, actuators, and safety devices. HMIs enable multi-model recipe selection, fault diagnostics, and SCADA production tracking.

Typical Applications

Multi-model automotive changeover
Automatic & manual mode control
Line-wide SCADA data monitoring
Fault diagnostics & alarm logging
Preventive maintenance alerts
Test result database recording
Component Verification

Industrial Sensors

Verify component presence, correct orientation, seating, and movement through machining and assembly stages using inductive, photoelectric, capacitive, laser, and color sensors.

Typical Applications

Metal part presence (Inductive)
Part seating & clamp verification
Laser height & thickness measurement
Color mark & variant identification
Fixture position & locking checks
Conveyor part queue monitoring
Displacement & Axis Feedback

Position & Measurement Systems

Measure press ram displacement, fixture positioning, slide travel, and component dimensions with linear transducers, potentiometers, optical linear scales, wire encoders, and DRO displays.

Typical Applications

Press-fit ram displacement monitoring
Automotive fixture position checks
Machine slide position feedback
Hydraulic cylinder stroke tracking
Machine tool optical scale feedback
Component dimensional verification
Press & Cell Safeguarding

Machine-Safety Systems

Certified safety systems for power presses, press brakes, robotic cells, and transfer lines. Includes Type 4 safety light curtains, laser scanners, solenoid door interlocks, and safety controllers.

Typical Applications

Power press & stamping safety
Robotic cell safety fencing & gates
Safety laser scanner area protection
Solenoid door interlocks with locking
Two-hand control press stations
Safe Torque Off (STO) drive isolation
Automotive Applications

Exact Automotive Automation Applications

01

Automotive Component Assembly

Move components through fitting, pressing, fastening, testing and inspection stages using pallet conveyors, sensors and controls.

02

CNC Machine Loading & Unloading

Use a robot or Cartesian handling system to load castings, shafts, gears, housings and other components into machining equipment.

03

Press & Press-Brake Safety

Protect operators around mechanical/hydraulic presses using safety light curtains, two-hand controls, and safety controllers.

04

Engine & Transmission Handling

Transfer housings, gears, shafts and related components between machining, washing, assembly, testing and inspection stages.

05

Battery & EV Component Assembly

Controlled handling, positioning, assembly and inspection of battery components and electric-vehicle power modules.

06

Adhesive & Sealant Dispensing

Apply adhesive, grease, sealant or thermal material along programmed paths using Cartesian, desktop or SCARA robots.

07

Brake, Pump & Motor Assembly

Automate part presence verification, component insertion, fastening, leak testing, and electrical testing for subassemblies.

08

Product Marking & Traceability

Link barcodes, RFID tags or identification codes with production, inspection and testing records across the line.

Automotive Sectors

Our automotive automation technologies support manufacturers of:

Engine components & cylinder heads
Transmission components, gears & shafts
Bearings, bushes & mechanical fittings
Brake systems, calipers & master cylinders
Steering systems & suspension parts
Pumps, valves & fluid handling devices
Electric motors, alternators & starters
EV battery modules & power electronics
Automotive switches & wiring harnesses
Lighting assemblies & plastic molded parts
System Selection Criteria

How We Select the Right Automotive Solution

Product selection begins with the manufacturing process and required resultโ€”not an individual component model number. Our engineering team evaluates:

Component dimensions, weight & material
Current production process & target volume
Required manufacturing operation & cycle time
Number of component variants & changeover speed
Feeding, loading & unloading method
Robot working envelope, reach & accuracy
Position-measurement & displacement requirements
Product traceability & RFID tracking logic
PLC control & fieldbus network compatibility
Press & cell machine safety risks
Environmental oil, coolant & washdown conditions
Operator interaction & ergonomic safety
New Lines, Upgrades & Retrofits

Orbital Mekatronik supports automotive requirements for:

New automotive assembly lines
CNC machine loading robotic cells
Power press & press brake safety upgrades
Heavy-load pallet conveyor lines
Error-proofing & traceability systems

Share your component drawings, process sequence, target cycle time, available floor space, and control details. Our technical team will help design a complete automotive automation solution.

Request Automotive Selection Support
Why Choose Orbital Mekatronik?

Why Choose Orbital Mekatronik for Automotive Automation?

Integrated Product Portfolio

Source robotics, conveyors, sensors, measurement systems, automation controls, and machine safety through one provider.

Application-Based Engineering

We evaluate your automotive component, cycle time, target volume, and operating environment before selecting hardware.

Support Across Automotive Tier Suppliers

Partnering with automotive OEMs, machine builders, and Tier 1, Tier 2, and Tier 3 component manufacturers.

Press Safety & Robotic Guarding Focus

Certified Type 4 light curtains, safety laser scanners, interlocks, and controllers designed specifically for press and robotic cell protection.

Pan-India Supply & Technical Support

Supporting automotive manufacturing plants, OEMs, and integrators across India and export markets from our Mumbai facility.

Discuss Your Automotive Automation Project Today

Planning a new automotive assembly line, robotic machine-tending cell, or press safety upgrade?

Share your component drawings, production process, cycle time, available layout, and control requirements. Our team will help specify the right robotics, sensing, control, conveyor, and safety technologies.

Frequently Asked Questions

Frequently Asked Questions

1. What is automotive industry automation?
Automotive automation uses robots, machines, sensors, controls and material-handling systems to manufacture, assemble, inspect and test automotive components.
2. Which automotive processes can be automated?
Component handling, machine loading, assembly, pressing, fastening, dispensing, inspection, testing, sorting, marking and packaging can commonly be automated.
3. Does Orbital Mekatronik support automotive component manufacturers?
Yes. Orbital Mekatronik supports automotive OEMs, machine builders and Tier 1, Tier 2 and Tier 3 component manufacturers.
4. Which industrial robots are suitable for automotive applications?
Cartesian, desktop and SCARA robots can support different automotive operations. Selection depends on the payload, movement, reach, speed and process.
5. Can a robot load and unload a CNC machine?
Yes. A suitable robot can transfer components between a feeder, conveyor, fixture and CNC machine when the layout, interfaces and cycle time permit.
6. How can component presence be checked during assembly?
Photoelectric, inductive, capacitive, laser, area or vision sensors can be used depending on the component and required inspection.
7. How can incorrect parts be prevented from entering an assembly?
Identification, model recipes, colour detection, component sensors and vision inspection can verify the product before the assembly cycle begins.
8. What is automotive error-proofing?
It is the use of fixtures, sensors, controls and inspection systems to prevent incorrect components or missed process steps.
9. Can assembly and test results be recorded?
Yes. Results can be linked to a product code or identification number when appropriate controls, communication and data systems are included.
10. What is a pallet transfer assembly line?
It moves components on dedicated pallets between manual, robotic, testing and inspection workstations.
11. Can heavy automotive components use pallet conveyors?
Yes. Heavy-load pallet transfer technologies (such as Elcom TRM and TM) are available for loads up to 300 kg per pallet.
12. Which safety device is suitable for an automotive press?
Type 4 safety light curtains, two-hand control stations, and safety logic controllers are commonly integrated for press stroke protection.
13. How are robotic cells protected?
Robotic cells use perimeter fencing, solenoid interlocked access gates, safety laser scanners, light curtains, and emergency stop circuits.
14. Can old automotive machines be upgraded?
Yes. Sensors, controls, HMIs and safety systems can often be upgraded after checking the existing machine, wiring, programs and interfaces.
15. Does Orbital Mekatronik supply automotive products across India?
Yes. Orbital Mekatronik supports automotive manufacturers, machine builders and system integrators across India and selected export markets.