Orbital Mekatronik Systems Pvt. Ltd.

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Industrial Robotics Solutions

Industrial Robotics Solutions for Handling, Assembly & Production

Flexible Automation for Faster, Repeatable Production

Automate manual pick-and-place, part positioning, precision dispensing, machine loading, and semiconductor wafer handling with industrial robots configured for your payload and cycle-time requirements.

Orbital Mekatronik provides industrial robotics solutions for manufacturing lines, assembly workstations, cleanrooms, packaging cells, and special-purpose machines. Our scope includes Cartesian robots, desktop robots, SCARA robots, and specialized Hyulim Robot wafer-transfer systems.

We support OEMs, machine builders, system integrators, and manufacturing plants with robot selection, payload calculation, reach evaluation, tooling integration, and cell safety across India and selected export markets.

Discuss Your Robotics Requirement
Industrial robotics solutions โ€” Orbital Mekatronik
Why Industrial Robotics Matters

Improve Repeatability, Speed and Output Quality

Manual handling and repetitive assembly tasks can lead to inconsistent cycle times, human positioning errors, operator fatigue, and production bottlenecks. An appropriately selected industrial robot helps you:

Automate repetitive pick-and-place component transfer
Maintain consistent cycle times and steady production rates
Reduce part positioning errors and assembly defects
Achieve micron-level positioning repeatability
Apply adhesives, sealants and fluids with exact path control
Load and unload machine tools, presses and test rigs automatically
Handle fragile, hot or delicate components safely
Reduce operator exposure to hazardous machine zones
Enable continuous multi-shift production without fatigue
Save valuable floor space using compact desktop or Cartesian axes
Integrate camera inspection and vision-guided robotics
Transfer semiconductor wafers in ISO cleanroom environments

The correct robot selection depends on payload weight, required axes, stroke length, operating speed, repeatability, cleanroom classification, end-effector weight, and controller compatibility.

Robotics Range

Industrial Robot Systems We Offer

Our robotics portfolio covers Cartesian linear axes, desktop workstation robots, SCARA high-speed arms, Hyulim wafer-transfer robots, motion controllers, and custom end effectors. Select a tab to explore each technology.

Linear Multi-Axis Travel

Cartesian Robots

Multi-axis linear robots configured in X-Y-Z and gantry arrangements. Built with rigid aluminum profiles, precision ball screws or belt drives, linear guideways, and servo drives for heavy payloads and rectangular working envelopes.

Typical Applications

Palletizing and box packing
Machine loading & unloading gantries
Large area dispensing and gluing
Pick-and-place component transfer
Component sorting and inspection
Multi-station assembly lines
Benchtop Workstation Automation

Desktop Robots

Compact 3-axis and 4-axis benchtop robots designed for precision work in restricted spaces. Feature easy teaching pendants, high positioning accuracy, built-in I/O, and dedicated dispensing software algorithms.

Typical Applications

PCB fluid dispensing & potting
Automated screw tightening
Small electronic part placement
Soldering & micro-welding
Benchtop product inspection
Medical device assembly
High-Speed Horizontal Insertion

SCARA Robots

Selective Compliance Articulated Robot Arm (SCARA) systems offer high speed, excellent Z-axis vertical rigidity, and smooth horizontal planar motion for rapid assembly, insertion, and high-frequency pick-and-place operations.

Typical Applications

High-speed packaging & kitting
Automated part insertion
Electronics & connector assembly
Conveyor tracking & sorting
Fast mechanical component fitting
Vision-guided part placement
Hyulim Semiconductor Cleanroom Handling

Wafer-Transfer Robots

Specialized Hyulim Robot cleanroom arm systems engineered for silicon wafer and flat panel display handling. Designed with ultra-low particle generation, vacuum/ESD end effectors, high-speed smooth motion, and ISO Class 1/3 cleanroom certification.

Typical Applications

Semiconductor FOUP & cassette handling
EFEM (Equipment Front End Module) automation
Silicon wafer loading & unloading
Solar cell & panel transfer
Flat panel display (FPD) substrate handling
Cleanroom vacuum chamber feeding
Motion Control & PLC Interface

Robot Controllers

Dedicated multi-axis robot motion controllers featuring teach pendants, inverse kinematics calculation, linear/circular interpolation, digital I/O expansion, and industrial communication protocols (PROFINET, EtherCAT, Modbus TCP).

Typical Applications

Multi-axis robot trajectory execution
Teaching pendant program creation
PLC & master cell communication
Vision system trigger & coordinate sync
Safety zone interlock monitoring
Conveyor encoder tracking synchronization
Grippers, Dispensing & Process Tools

End Effectors & Tooling

Custom robotic end-of-arm tooling (EOAT) designed for specific workpieces. Includes pneumatic & electric grippers, vacuum cup arrays, dispensing valves, automatic tool changers, and compliance wrist joints.

Typical Applications

Pneumatic parallel & angular grippers
Vacuum suction cup array tooling
Dispensing nozzle & valve heads
Automatic robot tool changers
Cleanroom ESD-safe wafer end effectors
Magnetic part lifting grippers
Robotics Applications

Robotics Solutions for Exact Applications

01

Pick-and-Place Automation

High-speed pick-and-place of parts from conveyors, feeders, and trays into blisters, boxes, or assembly fixtures.

02

Machine Loading & Unloading

Automated loading and unloading of CNC machine tools, plastic injection molding machines, and stamping presses.

03

Automated Assembly

Precision insertion, press-fitting, screwdriving, and snap-fit joining of mechanical and electronic components.

04

Dispensing & Gluing

Accurate trajectory dispensing of sealants, adhesives, thermal grease, and gaskets on automotive and electronic parts.

05

Packaging & Product Handling

Box packing, case loading, palletizing, and product grouping for high-throughput packaging lines.

06

Electronics Manufacturing

Precise PCB handling, component insertion, soldering, potting, and module assembly in restricted spaces.

07

Inspection & Sorting

Presenting parts to vision cameras or laser sensors for dimensional verification, flaw detection, and automatic pass/fail sorting.

08

Semiconductor Wafer Handling

High-purity transfer of silicon wafers between FOUPs, cassettes, and process tools in ISO Class 1 cleanroom environments.

Industries We Serve

Our industrial robotics solutions support:

Automotive and auto-component manufacturing
Electronics and electrical assembly
Semiconductor and solar cell production
Packaging, printing and converting
Pharmaceutical and medical device equipment
Food and beverage packaging lines
Plastics, rubber and injection moulding
Machine tools and metalworking equipment
Warehousing and logistics automation
General engineering and automated assembly
Robot Selection Criteria

How We Select the Right Industrial Robot

Robot selection should begin with workpiece dimensions, payload weight, working stroke, and target cycle timeโ€”not just robot reach. Our engineering team evaluates:

Workpiece size, shape and material
Payload weight (part + end-effector tooling)
Required working axes (3-axis, 4-axis, 6-axis)
Stroke length and working envelope (X, Y, Z, R)
Positioning repeatability (ยฑ0.005mm to ยฑ0.02mm)
Required cycle time and speed profile
End-effector type (gripper, vacuum, dispenser)
Vision system guidance integration
Cleanroom ISO class certification (for semiconductor)
Available cell mounting space (floor, desktop, gantry)
Master PLC and safety curtain interlock logic
Dust, moisture, oil spray and IP protection rating
New Robotic Cells & Machine Upgrades

Orbital Mekatronik supports robotics requirements for:

New automated robotic cell development
Custom end-effector tooling design
Semiconductor cleanroom wafer transfer automation
Machine tool loading & unloading gantries
Robotic cell safety guarding integration

Share your component sample drawings, payload weight, process sequence, station layout, target cycle time, and available cell footprint. Our technical team will help select the right robot model.

Request Robot Selection Support
Why Choose Orbital Mekatronik?

Why Choose Orbital Mekatronik for Industrial Robotics?

Application-Based Robot Selection

We evaluate your workpiece weight, motion path, speed goals, and cell space before recommending a robot architecture.

Multiple Robot Technologies

Our portfolio covers Cartesian linear axes, desktop benchtop units, SCARA arms, and specialized Hyulim wafer-transfer robots.

Support for OEMs & System Integrators

We work with machine builders, automation integrators, and manufacturing plants developing new automated equipment.

Complete Mechatronics Scope

Combine robotics with Orbital Mekatronikโ€™s sensors, measurement devices, PLCs, HMIs, conveyors, and safety light curtains.

Pan-India Supply & Technical Support

Serving manufacturing plants, OEMs, and integrators across India and selected export markets from our Mumbai facility.

Automate Your Production Line with Robotics

Planning a pick-and-place cell, automated dispensing line, machine loading gantry, or cleanroom wafer handler?

Share your component drawings, payload weight, process speed, and available layout space. Our robotics engineering team will help select and specify the right robot technology.

Frequently Asked Questions

Frequently Asked Questions

1. What is an industrial robotics solution?
An industrial robotics solution combines a mechanical robot arm (Cartesian, SCARA, Desktop, or Wafer-transfer), motion controller, end-effector tooling, and safety guarding to automate pick-and-place, assembly, dispensing, or machine loading operations.
2. Which industrial robot types does Orbital Mekatronik offer?
Our range includes Cartesian multi-axis linear robots, desktop benchtop robots, SCARA high-speed arm robots, and Hyulim Robot semiconductor wafer-transfer systems.
3. What is a Cartesian robot and where is it used?
A Cartesian robot moves linearly along X, Y, and Z axes in a rectangular working envelope. It is ideal for heavy payloads, long stroke lengths, machine loading gantries, large-area dispensing, and palletizing.
4. What is a SCARA robot used for?
SCARA (Selective Compliance Articulated Robot Arm) robots excel at high-speed horizontal planar movement and vertical Z-axis insertion, making them perfect for fast pick-and-place, kitting, and electronics assembly.
5. What is a desktop robot?
A desktop robot is a compact 3-axis or 4-axis benchtop unit designed for precision workstation tasks like fluid dispensing, screw tightening, soldering, and small part placement in tight spaces.
6. What is a wafer-transfer robot?
A wafer-transfer robot is a specialized cleanroom robot (such as Hyulim Robot) engineered to move silicon wafers and flat panel glass in semiconductor ISO Class 1/3 cleanroom environments without contamination.
7. How is robot payload calculated?
Total payload = Workpiece weight + End-effector (gripper/vacuum tool) weight. The selected robot model must safely handle this total payload at full operating speed and acceleration.
8. Can industrial robots integrate with vision cameras?
Yes. Vision cameras can locate randomly positioned parts on a conveyor or tray and send coordinate feedback to the robot controller for guided pick-and-place and sorting.
9. What safety devices are needed for a robotic cell?
Robotic cells typically require physical perimeter fencing, safety interlocked access doors, safety light curtains, safety laser scanners, emergency stop buttons, and safety relays/controllers.
10. Can robots communicate with PLCs?
Yes. Robot controllers communicate with master PLCs via digital I/O or fieldbus protocols like PROFINET, EtherCAT, and Modbus TCP to synchronize cell cycles.
11. What positioning repeatability do these robots achieve?
Depending on the robot type and drive system, positioning repeatability ranges from ยฑ0.005 mm for precision desktop/wafer robots to ยฑ0.02 mm for SCARA and Cartesian linear axes.
12. What information is needed for a robot selection quote?
Provide workpiece dimensions, payload weight, required stroke/reach, target cycle time, positioning accuracy, mounting space, and environmental/cleanroom requirements.
13. What end-effector options are available?
End-of-arm tooling includes pneumatic parallel grippers, vacuum suction cups, dispensing valve heads, magnetic lifters, and custom mechanical fixtures.
14. Can a Cartesian robot be customized for long travel lengths?
Yes. Belt-driven or rack-and-pinion Cartesian linear modules can be customized for long X-axis travel lengths exceeding several meters.
15. Does Orbital Mekatronik supply industrial robots across India?
Yes. Orbital Mekatronik supports machine builders, system integrators, and industrial manufacturing plants across India and selected export markets.