Robotic welding automation in Coimbatore
Robotic welding automation in Coimbatore. We design, integrate and support complete robot welding systems, from fixture to first weld, with practical deployment plans for small and mid-size shops.
We design, integrate, and maintain robotic automation systems. From layout, fixtures, and safety to commissioning and lifecycle services. Beyond integration, Kavin Inc manufactures robotic cell accessories and develops software for robotic automation and training, giving end-to-end control over the systems we deliver.
To be a driving force in enabling progressive manufacturers to compete with global benchmarks through our automation solutions, robotic technologies and engineering services.
To support tertiary and growing manufacturers with affordable robotic and automation solutions, backed by dependable service and long-term partnership.
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Founded in 2020 in Coimbatore, Kavin Inc was established with a clear vision to transform Indian manufacturing through advanced welding automation and robotic technologies. Our mission is to help manufacturers achieve global standards of productivity, precision, and operational efficiency.
Kavin Inc began its journey by designing and manufacturing high performance welding automation systems and Special Purpose Machines (SPMs). Within a short period, driven by strong customer demand and our engineering capabilities, the company expanded into robotic welding solutions.
By integrating advanced robotics with intelligent welding processes, we have helped industries significantly improve production speed, weld quality, and process consistency.
Our team designs and integrates robotic welding solutions with a focus on weld quality, process consistency, and lifecycle support.
Today, Kavin Inc is recognized as one of the leading robotic welding solution providers in South India, trusted by manufacturers across multiple industries including:
Designed for high-precision arc welding tasks with optimized performance and energy routing.
Hose package and welding media (power, shielding gas, wire, air) routed inside arm for enhanced durability and reduced maintenance.
1.5 meters work envelope.
Can be floor-mounted or inverted for versatile cell layouts.
TrueMove and QuickMove motion control technologies for accurate path and rapid movement.
Intuitive ABB FlexPendant interface with touchscreen and joystick for faster setup.
Compatible with RobotStudio for simulation and offline programming.
| Benefit Area | Description |
|---|---|
| Productivity Boost | Up to 25% faster cycles, extremely high accuracy |
| Flexibility & Layout | Compact footprint, multi-mount ability |
| Uptime & Support | Local rapid-response teams from Kavin |
| Fast feasibility review | Typically achieved within 12 - 18 months |
Integrated dressing ensures maximum acceleration without restriction.
Torch exchange costs reduced by up to 75%.
Total programming time reduced by up to 90% via RobotStudio.
Machine tending, material handling, arc welding.
| Benefit Area | Description |
|---|---|
| Quality | Consistent bead profile and reduced manual variation. |
| Productivity | Higher uptime through robust dress-pack management. |
| Maintenance | Lower cable failures with internal routing architecture. |
| Production Fit | Strong fit for MSME and batch-production welding lines. |
Chassis parts, tubular assemblies, and repetitive fillet seams.
Ready for fixture IO, safety interlocks, and line PLC handshake.
Supports offline path validation and quick production changeover.
Kavin Inc commissioning, training, and lifecycle maintenance.
| Benefit Area | Description |
|---|---|
| Reach Advantage | Supports larger weldments with fewer robot reposition events. |
| Throughput | Reliable duty cycle for multi-shift welding operations. |
| Quality | Consistent torch orientation reduces weld defects. |
| Scalability | Easy to replicate across multiple similar production lines. |
Trailer frames, chassis, fabricated brackets, and structural assemblies.
Optimized path blocks for faster setup and repeat jobs.
Supports standard fencing, scanner, and interlocked workflow models.
On-site proving, commissioning, and support by Kavin Inc team.
| Benefit Area | Description |
|---|---|
| Cycle Stability | Uniform weld timing and repeatability across shift cycles. |
| Coverage | Reaches deep joints with fewer fixture adjustments. |
| Quality | Improved bead consistency in long seam applications. |
| Reliability | Built for long production windows and reduced interruptions. |
Large fabricated structures and heavy engineering components.
Supports tandem fixtures and dual-station production layouts.
Offline planning reduces commissioning and correction time.
Process proving and lifecycle support by Kavin Inc engineers.
| Benefit Area | Description |
|---|---|
| Flexibility | Fast product changeover without heavy re-tooling effort. |
| Safety | Improved operator-zone interaction with proper safety layers. |
| Quality | Repeatable welds in low-variation production environments. |
| Cost Efficiency | Lower automation entry barrier for growing manufacturers. |
Prototype lines, small batches, and job-shop welding.
Compact layout for constrained floor-space environments.
Fast operator adoption with guided process setup.
Application proving and support by Kavin Inc team.
| Benefit Area | Description |
|---|---|
| Agility | Suitable for frequent product changeover environments. |
| Quality | Consistent torch path and lower weld variation. |
| Space | Compact deployment for limited production floor area. |
| Adoption | Lower complexity for first-time robot users. |
Sheet-metal parts, fixtures, and mixed small-lot production.
Smooth coexistence model with defined safe interaction zones.
Reduced setup effort with intuitive teach workflow.
Commissioning, proving, and optimization by Kavin Inc.
| Benefit Area | Description |
|---|---|
| Utilization | Higher spindle uptime through consistent part feeding. |
| Quality | Reduced handling damage and better repeatability. |
| Labor | Operator redeployment to higher-value tasks. |
| Scale | Supports single-machine and multi-machine tending cells. |
| Benefit Area | Description |
|---|---|
| Finish Quality | Repeatable film thickness and surface finish results. |
| Material Savings | Controlled deposition reduces paint wastage. |
| Productivity | Stable cycle with minimal manual correction. |
| Compliance | Supports safer coating process operations. |
| Benefit Area | Description |
|---|---|
| Quality | Uniform bonding line and reduced application defects. |
| Material Use | Optimized adhesive usage with lower wastage. |
| Traceability | Recipe-level process consistency and repeatability. |
| Output | Stable takt for continuous production lines. |
| Benefit Area | Description |
|---|---|
| Safety | Lower operator risk in high-temperature environments. |
| Reliability | Predictable operation in demanding foundry cycles. |
| Quality | Consistent handling and transfer process. |
| Uptime | Supports round-the-clock production operation models. |
| Benefit Area | Description |
|---|---|
| Accuracy | Improved assembly quality and dimensional consistency. |
| Cycle Time | Predictable takt for line balancing and planning. |
| Rework | Lower assembly errors and reduced correction effort. |
| Scalability | Supports growth in output with controlled quality. |
| Benefit Area | Description |
|---|---|
| Learning Depth | Practical understanding beyond classroom theory. |
| Industry Alignment | Training aligned with real plant requirements. |
| Lab Efficiency | Structured exercises with repeatable outcomes. |
| Placement Support | Stronger student readiness for automation roles. |
Visual records of our specialized robotic systems and integrated automation solutions.
Welding Robot for Faster Production.
Quick feasibility review.
Simple, Easy, Smart Robot Weld Programming
ABB GoFa 15000 Welding Cobot, Easy Teach Device
Stainless Steel Pipeline Welding
Robotic Welding Revolution 2 ABB Arms, 2 Dissimilar Metals, 1 Perfect weld Kavin Inc
Choose a service to view details, process steps, deliverables, and what info we need for quotation.
Installation, shifting, troubleshooting, health-checks, spares planning, and on-site support.
Prove weld quality on your component with stable parameters, jigs, and acceptance support.
Annual Maintenance Contract for uptime, preventive checks, spares, and priority support.
New programs, optimization, touch-ups, sequence logic, IO handshakes, and cycle reduction.
Live demo on sample component to evaluate feasibility, cycle, and weld appearance.
Process troubleshooting, defect reduction, line balancing, and root-cause improvements.
Short-term robot rental for urgent production, trials, or temporary capacity ramp-up.
Restore robot health: inspection, service kits, calibration, and reliability improvements.
Protective cladding for wear/corrosion resistance using controlled deposition techniques.
WAAM - Wire Arc Additive Manufacturing for layer-by-layer deposition, build-up, repair, and near-net shaping.
Dual-material deposition for functional surfaces + structural base combinations.
New programs, optimization, touch-ups, sequence logic, IO handshakes, and cycle time improvements for stable production.
Paths, sequences, approach/retract, speed profiles, and stable arc start/stop strategy.
Reduce cycle time while maintaining weld quality and safe robot motion.
PLC handshake, safety interlocks, alarms, retries, and recovery logic.
Review current cycle, issues, fixture, joint type, and controller capabilities. Collect backups and baseline metrics.
Create/optimize paths, timings, IO handshakes, recovery routines, and safe motion zones.
Run trials, refine parameters, confirm repeatability, verify safety interlocks, and document final settings.
Provide backups, change logs, operator notes, and basic maintenance tips. Optional training can be included.
Prove weld quality on your component with controlled trials, parameter window finalization, and acceptance-ready documentation for stable production.
Confirm the weld is achievable consistently (manual/robot), with repeatable torch access and positioning.
Identify a stable window for current, voltage, speed, wire feed, and torch angle to handle variation.
Align output to your acceptance criteria - visual checks, NDT requirements, and production-ready proof.
We review material, thickness, joint design, access, and quality criteria. We define trial plan, samples, and acceptance method.
Execute test welds with controlled changes to parameters. We observe bead profile, penetration, spatter, and heat input.
Confirm repeatability across sample set. If needed, perform basic checks (visual, mock NDT prep) and refine settings.
Provide the parameter window, process notes, recommendations on fixturing, and a checklist for production acceptance.
Preventive maintenance + priority breakdown support to keep your welding robots stable, accurate, and production-ready throughout the year.
Regular inspections, cleaning, calibration checks, and early fault detection to avoid unexpected breakdowns.
Consistency in weld quality and cycle time by keeping torch dress pack, cables, and critical parameters in control.
Faster troubleshooting and planned shutdown support with a structured service log and spares guidance.
Planned preventive visits + health report + backup check.
More frequent checks + priority response + performance monitoring.
Maximum uptime focus + shutdown support + spares planning.
We collect robot list, controller versions, shift timings, past issues, and baseline checks. We define the AMC schedule and SLA.
Periodic inspections: backups, alarm history review, cable/torch checks, calibration observation, safety interlock verification, and housekeeping.
Priority response as per AMC plan. Troubleshooting includes root-cause analysis, quick recovery, and preventive recommendations.
Service logs, visit reports, spares recommendations, and improvement actions to reduce repeat failures across the year.
A live robotic welding demo on your sample component to confirm feasibility, estimate cycle time, and showcase weld appearance before full-scale automation.
We check torch access, joint geometry, distortion risk, and whether robotic welding is suitable for your part.
We propose starting parameters (current/voltage/speed) and torch angles for stable bead profile and penetration.
Get a rough cycle-time estimate and understand what fixture/safety needs may be required for production.
Review part, joint, and acceptance criteria. Set torch setup, wire, gas, and fixture holding to ensure stability for trials.
Execute initial robotic weld path and record observations: bead profile, penetration feel, spatter, and arc stability.
Adjust speed, angles, and basic parameters to improve bead shape and stability. Repeat trial for consistency.
Share results, feasibility confirmation, rough cycle time estimate, and required changes for production-level setup.
Expert analysis and guidance to fix weld defects, improve stability, optimize cycle time, and design reliable robotic welding processes for long-term production success.
Root-cause analysis for porosity, spatter, lack of fusion, undercut, burn-through, and inconsistent bead profiles.
Parameter tuning, torch angle correction, travel strategy, heat input balance, and cycle-time improvement.
Evaluate fixture rigidity, part positioning, access, distortion risks, and robot reach for long-term stability.
Understand application, production goals, defect history, fixture condition, and robot programming approach.
Correlate defects with parameters, joint gaps, torch angles, heat input, and cell conditions.
Apply controlled changes, validate improvements, and confirm repeatability.
Provide clear recommendations, do/don't guidelines, and roadmap for stable production.
Robotic and semi-automatic cladding solutions for wear resistance, corrosion protection, and surface property enhancement using specialized alloys and hardfacing materials.
Hardfacing layers to protect components exposed to friction, impact, and abrasive environments.
Overlaying corrosion-resistant alloys for chemical, marine, or high-temperature applications.
Restore worn components and extend service life without full replacement.
Understand operating conditions, failure mode, base material, and expected life improvement.
Select suitable alloy, cladding thickness, heat input, and dilution limits.
Perform controlled robotic or manual cladding with uniform bead geometry.
Visual checks, thickness measurement, hardness testing, and optional NDT.
WAAM - Wire Arc Additive Manufacturing - uses layer-by-layer metal deposition with controlled welding processes to build, repair, or enhance components - ideal for part restoration, near-net shaping, and functional metal add-ons.
Add material precisely where needed using Wire Arc Additive Manufacturing to rebuild worn zones or create new features.
Ideal for shafts, dies, molds, and heavy components where replacement is expensive.
Combine additive welding with machining for near-net-shape components.
Review component geometry, base material, target build height, and service conditions.
Define deposition strategy, bead overlap, heat control, and robot path planning.
Execute controlled welding passes with consistent geometry and minimal dilution.
Post-weld inspection, machining allowance check, and dimensional validation.
Advanced additive welding technique enabling the deposition of two different metals in a single component - engineered for functional gradients, wear - corrosion combinations, and performance-driven material transitions.
Deposit dissimilar metals in defined zones to combine strength, toughness, wear, and corrosion resistance.
Gradual or stepped transition layers reduce thermal stress and metallurgical incompatibility.
Upgrade worn components by adding superior surface material over a structural base.
Evaluate metal compatibility, thermal behavior, dilution limits, and cracking risk.
Define base material zones, transition layers, and top-layer geometry.
Sequential or blended deposition using controlled parameters and robotic path accuracy.
Visual, dimensional, hardness checks with optional machining and NDT.
Short-term or project-based rental of welding robots to meet urgent production demands, trials, pilot runs, or temporary capacity expansion - without long-term capital investment.
Handle sudden order spikes, seasonal demand, or backlog clearance without permanent investment.
Validate automation feasibility, cycle time, and weld quality before buying a robot.
Keep production running when an existing robot is under repair or upgrade.
Welding robot + controller supplied for your existing cell.
Rental with on-site programming and commissioning support.
Robot, programmer, and basic welding setup for fast deployment.
We understand duration, part details, production target, preferred robot brand, and site readiness.
Confirm availability, cell compatibility, safety needs, and scope of programming/support.
Deliver robot, commission, perform initial welds, and stabilize the process for production use.
Provide agreed support during rental period and assist in smooth de-installation after completion.
Restore accuracy, reliability, and uptime of aging or heavily used robots through structured inspection, service kits, calibration, and validation - extending asset life at a fraction of replacement cost.
Inconsistent TCP, missed seams, or growing touch-ups caused by wear or mastering loss.
Axis, cable, or dress pack related alarms disrupting production.
Extend usable life of robots nearing mid/late lifecycle at lower cost than replacement.
Collect robot history, alarms, backups; perform axis movement observation and baseline accuracy checks.
Address identified issues - dress pack, cables, lubrication checks, tightening, and service kits as required.
Restore mastering, TCP, and frames; align robot geometry for accurate path execution.
Run validation programs, compare before/after results, document improvements, and hand over backups.
Explore power sources, robotic accessories, and turnkey equipment curated for high-duty fabrication and automated welding lines.
Engineered welding platforms for pre-engineered building fabrication and high-throughput steel sections.
High arc stability platforms for precision fabrication and robotic integration.
Adaptive arc control systems with reliable performance for production welding.
Advanced arc solutions built for demanding robotic, heavy-gauge, and multi-pass jobs.
Efficient inverter-based solutions for compact cells and scalable automation projects.
Single-axis and dual-axis positioners with synchronized control for robotic and manual welding cells.
Torch cleaning, safety, cable management, and utility accessories for stable high-duty production.
Plasma cutting, fume extraction, welding consumables, orbital systems, tractors, and custom SPM solutions.
Kavin Inc supplies application-ready welding accessories for robotic and manual stations. Every package is built to reduce downtime, improve weld consistency, and keep operators safe in high-duty fabrication environments.
Automatic reaming, anti-spatter spray, wire cut, and nozzle cleaning to maintain arc stability across long shifts.
Modular guarding layouts with interlocked doors, light curtains, and warning systems for compliant operation.
Complete torch and cable routing kits with anti-collision components for repeatable motion and lower wear.
Stabilizers, gas distribution, and auxiliary utility modules to keep welding parameters stable in production.
Accessory scope is aligned to your welding process, material mix, duty cycle, and maintenance capability.
Along with hardware, we provide practical deployment support to keep your welding cell stable from day one.
Most welding cell instability is caused by preventable accessory issues such as torch contamination, unmanaged cable wear, poor power quality, or weak safety zoning. A correctly engineered accessory package improves arc-on time, lowers rework, and keeps throughput predictable over long production runs.
Dedicated in-page section for the Products dropdown category. Explore plasma cutting, SPM systems, fume extraction, consumables planning, orbital welding, and welding tractors with implementation support from Kavin Inc.
Configured cutting solutions for fabrication shops requiring repeatable edge quality and production throughput.
Custom SPM architecture for repetitive and high-throughput welding and handling operations.
Cleaner welding environments with source-capture and centralized extraction options.
Structured consumable supply planning to reduce downtime and maintain process repeatability.
Precision process solutions for circular and controlled-path welding applications.
Mechanized welding travel systems for long seams and reduced manual variability.
Requirement capture, concept finalization, equipment selection, integration support, and commissioning guidance for production-ready deployment.
Megmeet systems provide compact inverter architecture, stable arc control, and cost-effective deployment for small and medium manufacturing setups. Kavin Inc supports selection, installation, commissioning, and service.
Typical applications include fabrication shops, automotive sub-assemblies, and production fixtures requiring reliable MIG/MAG process performance with lower operating overhead.
Hands-on programs for students and fresh engineers focused on robotic welding, programming, and cell safety.
Robot basics, teach pendant operation, weld parameter setup, and troubleshooting workflows.
Live project exposure in integration and proving activities under application engineers.
Kavin Inc provides IRBP-style welding positioners with control synchronization for robotic and manual welding stations. The right positioner selection improves weld access, ensures repeatable torch angles, and reduces handling time.
Compact rotary units for circumferential and repeat joints where a single rotational axis is enough.
Dual-support systems for long or heavy components requiring stable rotation and reduced sag.
Rotation plus tilt for complex geometries that need flexible part orientation and better torch access.
Indexing and continuous table motion options for high-cycle loading and part change efficiency.
Positioners are delivered with integration planning to match your robot brand, power source, and workflow.
Widely used in heavy fabrication, automotive sub-assemblies, construction equipment frames, pressure part welding, and repeat production fixtures where weld quality and cycle consistency are critical.
Kavin Inc provides PEB-focused welding machines and automation packages designed for pre-engineered building fabrication. Our solutions support high-deposition welding, repeatability, and productivity across primary and secondary steel members.
From manual high-duty stations to robotic welding cells, we engineer practical setups for columns, rafters, truss assemblies, and built-up sections with process-backed support, commissioning, and service.
Configured for heavy sections such as columns, rafters, and built-up beams.
| Equipment Family | Typical Setup |
|---|---|
| Heavy Duty MIG/MAG | 400A to 500A inverter power sources |
| Pulse MIG/MAG | Low spatter welding for long seams |
| Twin Wire Packages | High deposition for throughput lines |
| Submerged Arc Integrations | Beam and girder straight-seam welding |
| PEB Components |
|---|
| Built-up columns |
| Rafters and tapered members |
| End plates and stiffeners |
| Truss node welding |
Optimized stations for purlins, girts, bracings, and connection assemblies.
| Station | Focus |
|---|---|
| Single Operator MIG Station | Flexible day-to-day fabrication |
| Dual Torch Workbay | Higher cycle output for repeat parts |
| Positioner Integrated Bay | Consistent weld angles and ergonomics |
| Fixture Based Assembly Cells | Dimensional repeatability for batches |
Automation-ready welding cells for repeat components and scalable capacity.
| Module | Benefit |
|---|---|
| Robotic MIG/MAG Source | Uniform arc behavior |
| Turntable or Positioner | Reduced indexing loss |
| Torch Cleaning Unit | Improved uptime and weld consistency |
| Offline Programming | Faster variant changeover |
| Performance Outcomes |
|---|
| Improved weld repeatability |
| Lower rework and spatter cleanup |
| Stable throughput across shifts |
| Better traceability for quality audits |
Digital and process modules to maintain weld quality in high-volume PEB lines.
| Add-on | Use Case |
|---|---|
| WPS parameter locking | Control welding consistency |
| Weld data logging | Project-level traceability |
| Seam tracking | Compensation on long joints |
| NDT preparation workflow | Faster inspection readiness |
| Spare Category | Coverage |
|---|---|
| Torch Consumables | Nozzles, tips, diffusers, liners for heavy-duty production cycles |
| Wire Feed Units | Feed rollers, guides, and drive assemblies |
| Cable and Interconnect Kits | Power, control, and cooling-line replacements |
| Cooling and Gas Delivery Parts | Flow reliability and thermal protection |
| Robot Cell Wear Kits | Dress-out parts and torch cleaning consumables |
| Execution Strength |
|---|
| PEB-focused process understanding from fit-up to final weld |
| Selection support for high-deposition and long-seam applications |
| Capability in manual stations, robotic cells, and positioner integration |
| Installation, commissioning, and operator handover support |
| After-sales service and preventive maintenance structure |
Kavin Inc offers a complete range of Fronius welding machines and solutions, trusted globally for arc stability, energy efficiency, and superior weld quality. We support manufacturers with manual and robotic welding systems, along with genuine Fronius spares and service support.
Whether for manual fabrication or fully automated robotic welding, Fronius welding equipment delivers consistent performance across industries such as automotive, engineering fabrication, defence, construction equipment, and electrical manufacturing.
Designed for high productivity and ease of use in fabrication environments.
| Series | Models |
|---|---|
| TransSteel Series | 2200 / 2700 / 3000 / 4000 |
| TPS/i Series | TPS 270i / 320i / 400i / 500i |
| TPS/i Pulse | Advanced pulse & double pulse welding |
| Industries / Uses |
|---|
| Structural fabrication |
| Automotive parts |
| General engineering |
| Job shops |
High-precision TIG welding with excellent arc control and finish.
| Series | Models |
|---|---|
| MagicWave Series | 190 / 230 / 300 |
| TransTig Series | 170 / 210 / 300 / 400 |
| Industries / Uses |
|---|
| Stainless steel |
| Aluminium |
| Thin sheet welding |
| High-quality TIG work |
Industry-leading robotic welding power sources optimized for automation.
| Robotic Series |
|---|
| TPS/i Robotic |
| TPS/i Robotic Pulse |
| TPS/i Robotic CMT |
| TPS/i Robotic CMT Advanced |
| TPS/i Robotic PMC |
| Technology | Description |
|---|---|
| Pulse & Double Pulse | Controlled heat input |
| CMT (Cold Metal Transfer) | Low spatter, low heat |
| PMC (Pulse Multi Control) | Adaptive arc control |
| Robot Communication | Ethernet-based robot interface |
| Industries / Uses |
|---|
| Automotive |
| Heavy fabrication |
| Defence |
| Construction equipment |
| Serial production |
Precision TIG welding solutions for automated and critical applications.
| Model |
|---|
| MagicWave Robotic |
| TransTig Robotic |
| Industries / Uses |
|---|
| Aluminium |
| Stainless steel |
| Aerospace & precision components |
| Spare Category | Coverage |
|---|---|
| Torches & Torch Spares | Complete torch assemblies and wear parts |
| Wire Feeders & Liners | Precision wire feeding components |
| Contact Tips, Nozzles & Cables | Consumables for stable arc and weld quality |
| Cooling Units & Consumables | Thermal control and system protection |
| Control Boards & Electronic Spares | OEM electronics for reliability & compliance |
| Strength |
|---|
| Authorized supplier & system integrator |
| Expertise in manual and robotic welding integration |
| Strong process knowledge and application support |
| Fast service response & after-sales support |
| Proven experience in automation and robotic welding systems |
Kemppi Welding Machines - Intelligent Welding Solutions by Kavin Inc
Kavin Inc offers a complete portfolio of Kemppi welding machines, globally recognized for arc intelligence,
durability, and digital welding control. We supply and support manual and robotic welding solutions, helping
manufacturers achieve consistent weld quality, higher productivity, and global standards.
Kemppi welding systems are designed for modern fabrication environments, combining smart control, energy efficiency, and easy usability - ideal for both job shops and automated production lines.
Reliable, high-performance welding systems with intelligent arc control.
| Series | Models |
|---|---|
| FastMig X Series | FastMig X 350 / 450 / 550 |
| Master M Series | Master M 205 / 323 / 355 |
| X5 FastMig | Industrial modular MIG system |
| A7 MIG Welder | Digital MIG platform for production welding |
| Industries / Uses |
|---|
| General fabrication |
| Automotive components |
| Structural steel |
| MSME job shops |
Precision TIG welding with excellent control for high-quality applications.
| Series | Models |
|---|---|
| MasterTig Series | MasterTig 235 / 335 / 535 |
| MinarcTig Evo | 200 / 300 |
| Industries / Uses |
|---|
| Stainless steel |
| Aluminium |
| Thin sheets |
| Precision & aesthetic welds |
Advanced robotic welding platforms optimized for automation and repeatability.
| Platform |
|---|
| AX MIG Welder |
| AX MIG Power Source |
| A7 MIG Robotic System |
| FastMig Robotic |
| Technology | Description |
|---|---|
| Intelligent arc control | Adaptive weld behavior for stable quality |
| High-speed digital communication | Robust interface for production automation |
| Stable robotic arc performance | Repeatable arc characteristics for robots |
| Robot integration | Seamless integration with ABB and industrial robots |
| Industries / Uses |
|---|
| Automotive |
| Heavy fabrication |
| Construction equipment |
| Defence |
| Serial production |
Automated TIG solutions for precision and critical welding operations.
| Platform |
|---|
| MasterTig Robotic |
| A7 TIG System |
| Industries / Uses |
|---|
| Stainless steel |
| Aluminium |
| Aerospace |
| Pressure components |
| Spare Category | Coverage |
|---|---|
| Welding torches & consumables | OEM torch systems and wear parts |
| Wire feeders & liners | Precision wire handling components |
| Contact tips, nozzles & cables | Consumables for stable arc and consistent weld quality |
| Cooling units | Thermal control and system protection |
| Control modules & electronic spares | Digital control reliability and long service life |
| Strength |
|---|
| Expertise in manual and robotic welding solutions |
| Strong process knowledge and application support |
| Seamless robotic integration with ABB systems |
| Fast service response & dependable after-sales support |
| Proven experience across automation and welding industries |
High-Performance Welding Solutions by Kavin Inc
Kavin Inc offers a complete range of SKS welding systems, known for their robust design, stable arc performance,
and cost-effective welding solutions. SKS machines are well suited for Indian manufacturing environments,
delivering reliable performance for both manual fabrication and robotic welding applications.
With strong capability in high-amperage welding and automation-ready platforms, SKS welding systems are widely used in automotive fabrication, heavy engineering, defence, and construction equipment manufacturing.
Heavy-duty welding machines designed for high deposition and continuous operation.
| Model |
|---|
| SKS MIG 400 |
| SKS MIG 500 |
| SKS MIG 600 |
| SKS MIG 800 |
| Industries / Uses |
|---|
| Structural fabrication |
| Heavy fabrication |
| Automotive parts |
| Job shops |
Reliable TIG welding systems for precision and quality welding needs.
| Model |
|---|
| SKS TIG 300 |
| SKS TIG 400 |
| SKS TIG AC/DC Series |
| Industries / Uses |
|---|
| Stainless steel |
| Aluminium |
| Pressure components |
| Precision fabrication |
Automation-ready welding power sources designed for robotic integration.
| Model |
|---|
| SKS Robotic MIG 400 |
| SKS Robotic MIG 500 |
| SKS Robotic MIG 600 |
| SKS Robotic MIG 800 |
| SKS Pulse & Synergic Series |
| Feature |
|---|
| Synergic and pulse welding modes |
| Stable arc for robotic repeatability |
| High-amperage capability for thick sections |
| Ethernet / digital robot communication |
| Industries / Uses |
|---|
| Automotive |
| Heavy fabrication |
| Defence |
| Construction equipment |
| Serial production |
Automated TIG solutions for controlled and critical welding applications.
| Platform |
|---|
| SKS Robotic TIG Series |
| SKS AC/DC Robotic TIG |
| Industries / Uses |
|---|
| Aluminium |
| Stainless steel |
| Precision & critical welds |
| Spare Category |
|---|
| Welding torches & torch spares |
| Wire feeders & liners |
| Contact tips, nozzles & cables |
| Cooling units |
| Control boards & electronic spares |
| Strength |
|---|
| Expertise in manual and robotic welding integration |
| Proven experience with high-amperage welding |
| Process optimization for productivity and quality |
| Fast service response & dependable after-sales support |
| Complete automation-ready welding solutions |