Southeast Asia Industrial And Service Robot Market Size and Share
Southeast Asia Industrial And Service Robot Market Analysis by Mordor Intelligence
The Southeast Asia industrial and service robot market size is valued at USD 1.20 billion in 2025 and is forecast to reach USD 1.75 billion by 2030, expanding at a 7.84% CAGR. Rising labor scarcity in mature manufacturing hubs, aggressive “China-plus-one” supply-chain shifts, and a surge of government Industry 4.0 subsidies combine to accelerate uptake of both industrial and service robots. Thailand leads today’s demand thanks to Eastern Economic Corridor incentives, while Vietnam’s fast-growing electronics sector turns it into the region’s automation hotspot. Collaborative cobots gain traction among SMEs seeking flexible, low-footprint solutions, even as heavy-duty articulated units remain core to automotive and electronics lines. The Southeast Asia industrial and service robot market is becoming a pivotal enabler of near-shoring strategies for global manufacturers that want geographic diversity and cost competitiveness.
Key Report Takeaways
- By robot type, industrial robots held 72% of the Southeast Asia industrial and service robot market share in 2024, while collaborative robots are projected to grow at 19.60% CAGR through 2030.
- By end-user industry, electronics and semiconductor lines accounted for 38% of the Southeast Asia industrial and service robot market size in 2024; logistics and warehousing is forecast to post the fastest 21.30% CAGR to 2030.
- By geography, Thailand led with 24% of the Southeast Asia industrial and service robot market share in 2024, whereas Vietnam is advancing at a 14.80% CAGR over 2025-2030.
Southeast Asia Industrial And Service Robot Market Trends and Insights
Drivers Impact Analysis
| Driver | (~) % Impact on CAGR Forecast | Geographic Relevance | Impact Timeline |
|---|---|---|---|
| ASEAN Industry 4.0 subsidy programmes accelerating robot uptake | +1.80% | Thailand, Singapore, Malaysia | Medium term (2-4 years) |
| Rising labor scarcity in Singapore and Thailand boosting automation ROI | +1.50% | Singapore, Thailand | Short term (≤ 2 years) |
| China-plus-one electronics migration to Vietnam/Malaysia lifting precision-assembly demand | +2.10% | Vietnam, Malaysia | Medium term (2-4 years) |
| E-commerce fulfilment boom in Indonesia and Philippines driving logistics robots | +1.20% | Indonesia, Philippines | Short term (≤ 2 years) |
| Smart-hospital capex in Thailand and Singapore expanding service-robot adoption | +0.90% | Thailand, Singapore | Long term (≥ 4 years) |
| Growth of regional system-integrator ecosystem reducing deployment barriers for SMEs | +0.80% | Southeast Asia | Medium term (2-4 years) |
| Source: Mordor Intelligence | |||
ASEAN Industry 4.0 Subsidy Programmes Accelerating Robot Uptake
Massive fiscal incentives across ASEAN are lowering capital hurdles for manufacturers to trial and scale automation. Thailand’s Eastern Economic Corridor earmarked USD 45 billion for high-tech industry upgrades, with robotics highlighted as a priority. [1] APAC Foreign Investment Brief, “ASEAN's Race to Replace China,” kwglobaltrade.com Singapore has invested SGD 60 million since 2016 into more than 40 robotics projects, enabling startups such as Lionsbot to boost production of autonomous cleaning units. Thailand’s Board of Investment further facilitated robotics projects worth 15 billion baht, aiming for 10,000 new systems annually. These programs include training grants and testbeds, closing skill gaps and creating a self-reinforcing ecosystem that supports SMEs as well as multinationals. Malaysia’s Industry4WRD and Indonesia’s Making Indonesia 4.0 push similar agendas, extending the subsidy tailwind across the entire Southeast Asia industrial and service robot market.
Rising Labor Scarcity in Singapore and Thailand Boosting Automation ROI
Tighter foreign-worker quotas in Singapore and demographic shifts in Thailand are stoking wage inflation that narrows the cost gap between robots and humans. Singapore’s government earmarked SGD 450 million (USD 353.36 million) over three years to accelerate workplace automation as companies struggle to hire. In healthcare, Bangkok’s Mongkutwattana General Hospital deployed medication-dispensing robots to offset nursing shortages. Successful early projects demonstrate quick payback, reinforcing boardroom confidence and triggering wider adoption across manufacturing, hospitality, and logistics.
China-Plus-One Electronics Migration to Vietnam/Malaysia Lifting Precision-Assembly Demand
Tariff uncertainty and supply-chain risk diversification fuel a relocation wave that requires high-precision robotics. Vietnam’s electronics exports reached USD 126.5 billion in 2024, [2]VietnamPlus, “Vietnam positioned for major breakthrough in AI, semiconductor,” vietnamplus.vn supported by Samsung’s multiyear investment pledge. [3]Retail Asia, “Samsung promises ‘strong investment’ in Vietnam,” retailnews.asia Malaysia mirrors the trend, with ASE Technology opening its largest overseas chip-packing complex in Penang while embedding advanced robotics lines. Precision assembly needs foster demand for clean-room compatible articulated arms and AI-enabled cobots across the Southeast Asia industrial and service robot market.
E-Commerce Fulfilment Boom in Indonesia and Philippines Driving Logistics Robots
Regional online retail is on track to hit USD 186 billion, forcing 3PLs to automate fulfillment centres for speed and accuracy. DHL’s plan to add 1,000 Boston Dynamics robots across Asian warehouses exemplifies the scale of rollout. YCH Group and Sime Darby are developing smart logistics hubs that integrate automated storage and retrieval systems, while Viettel Post is piloting delivery bots for last-mile service. This trend translates into double-digit unit growth for mobile AMRs and pallet-handling robots.
Restraints Impact Analysis
| Restraint | (~) % Impact on CAGR Forecast | Geographic Relevance | Impact Timeline |
|---|---|---|---|
| High capex versus low migrant-labour costs limits ROI | −1.3% | Indonesia, Vietnam | Short term (≤ 2 years) |
| Fragmented factory utilities and floor conditions complicate integration | −0.8% | Southeast Asia | Medium term (2-4 years) |
| Import tariffs/lead-times for robot components due to weak local supply base | −1.1% | Vietnam, Malaysia, Thailand | Short term (≤ 2 years) |
| Shortage of advanced robotics talent outside Singapore slows commissioning and service | −0.9% | Indonesia, Philippines, Vietnam | Long term (≥ 4 years) |
| Source: Mordor Intelligence | |||
High Capex Versus Low Migrant-Labour Costs Limits ROI in Indonesia and Vietnam
Cheap migrant labour still undercuts robot hourly costs for many repetitive tasks, restraining uptake in labour-abundant industries. Indonesian factories often achieve faster payback through manual processes, delaying automation except in quality-critical operations. Vietnamese SMEs confront similar arithmetic even as electronics giants automate clean-room lines. Rising minimum wages and demonstration projects such as Pegatron’s 5G-enabled smart factory illustrate the tipping point where premium throughput offsets initial capex.
Shortage of Advanced Robotics Talent Outside Singapore Slows Commissioning and Service
Limited university programmes hinder the supply of robotics engineers across emerging ASEAN members. Vietnam plans to train 50,000 semiconductor specialists by 2030, yet near-term gaps force integrators to rely on expatriate engineers. The Philippines deploys only 3 industrial robots per 10,000 workers, partly because of scarce technical know-how. [4]Ma. Cristina Arayata, “Universal Robots partners with machinery supplier,” pna.gov.ph Skill bottlenecks inflate commissioning costs and extend downtime during maintenance, tempering the Southeast Asia industrial and service robot market’s growth curve.
Segment Analysis
By Robot Type: Industrial Dominance Drives Collaborative Growth
Industrial robots generated 72% of the Southeast Asia industrial and service robot market size in 2024, anchored in electronics SMT lines, automotive welding cells, and general material-handling tasks. Articulated, SCARA, and cartesian models deliver high repeatability for end-users that prioritise speed and accuracy. Meanwhile, cobots record the fastest 19.60% CAGR as SMEs adopt plug-and-play units for machine tending and packaging. Universal Robots has shipped more than 100,000 cobots worldwide and enlarged its Philippine channel to tap untapped demand. The retrofit-friendly nature of cobots sidesteps costly safety fencing and shortens payback periods, expanding reach across plastic moulding, PCB assembly, and food processing. Over the forecast horizon, hybrid lines mixing large industrial arms with auxiliary cobots will characterise factories across Vietnam and Thailand, cementing the Southeast Asia industrial and service robot market as a heterogeneous blend of form factors.
Second-generation delta and parallel robots address ultra-high-speed pick-and-place needs in food packaging, while heavy-duty 1,000 kg-plus payload units such as Kawasaki’s MG series enable shipbuilding and construction handling. Service robots remain a smaller revenue slice but exhibit strong potential in healthcare, hospitality, and public-space cleaning. Combined, these patterns point to sustained hardware diversification and continual software enhancements that enrich the Southeast Asia industrial and service robot market.
By Installation Type: New Installations Drive Market Expansion
Greenfield factories absorb the bulk of units as multinationals erect state-of-the-art lines in Vietnam, Malaysia, and Indonesia. AutoStore’s new modular-robot factory in Thailand exemplifies the build-out of local capacity to meet global demand while cutting lead times. The Southeast Asia industrial and service robot market size for retrofit projects is also rising, representing near-term opportunities because 65% of AutoStore goods-to-person systems have been installed in brownfield sites. Retrofit momentum helps SMEs modernise legacy lines without full plant overhauls.
Hybrid strategies blend new automated cells with existing manual workstations, allowing gradual scaling. The shift towards subscription-based “robots-as-a-service” further reduces financial risk, pulling in first-time buyers and broadening the Southeast Asia industrial and service robot industry’s adoption funnel.
By Payload Capacity: Mid-Range Dominance Reflects Manufacturing Needs
Mid-range 16-60 kg units constitute the workhorse category because they combine sufficient payload for palletising and welding with compact footprints suited to space-constrained factories. Light-duty up-to-15 kg models dominate smartphone and PCB insertion lines, illustrated by SCARA cells completing heat-shield assemblies in under 30 seconds. Heavy-duty 61-225 kg robots serve automotive under-body welding and metal stamping, while ultra-heavy-load classes enable ship hull and wind-tower manufacturing. As product mix complexity rises, factories retrofit multi-axis grippers and AI vision to allow single robots to handle a wider weight range, further enhancing the Southeast Asia industrial and service robot market’s flexibility value proposition.
Demand for sub-5 kg collaborative arms also grows in laboratories and micro-scale assembly. These lightweight units often ship with cloud analytics dashboards that track utilisation, pushing vendors to offer outcome-based service contracts. At the top end, shipyard and infrastructure builders in Malaysia and Indonesia pilot 1.5-ton payload robots for steel plate manipulation, confirming that the Southeast Asia industrial and service robot industry spans the complete weight spectrum.
By Application: Material Handling Leads Diverse Automation Needs
Material handling remains the largest application as manufacturers automate repetitive pick-and-place, bin transfer, and pallet stacking. This category underpins ROI cases for both greenfield lines and brownfield retrofits, steering more than one-third of new installations. Welding and soldering cells sustain importance in automotive under-body fabrication and electronics PCB reflow, while AI-guided assembly lines expand cobot roles in screw-driving and press-fit tasks. Packaging and palletising robots gain traction in food and beverage sectors responding to hygiene standards and export volumes.
Inspection applications leverage high-resolution vision systems to detect micron-level defects, anchored in semiconductor and precision-machining plants. Emerging tasks such as UV disinfection, agricultural spraying, and solar-panel installation widen the spectrum of use cases. End-users thus evaluate robots not merely as fixed-task machines but modular platforms adaptable to multiple workflows, deepening embeddedness of the Southeast Asia industrial and service robot market.
By End-User Industry: Electronics Leadership Meets Logistics Acceleration
Electronics and semiconductor factories consumed 38% of 2024 deployments, benefiting from tariff incentives to relocate PCB, smartphone, and chip-assembly lines to Vietnam and Malaysia. Precision assembly demands clean-room compatible arms with vision-guided insertion accuracy. Logistics and warehousing, however, is the growth frontrunner at 21.30% CAGR as Indonesia’s and the Philippines’ e-commerce players rush to automate fulfilment. DHL’s 1,000-unit AMR rollout underscores the urgency of scale. Automotive plants in Thailand, shipyards, and appliance makers contribute steady volume, while healthcare facilities, rice mills, and palm-oil plantations signal new frontiers for the Southeast Asia industrial and service robot market.
Industries with cyclical volatility, such as metals and machinery, increasingly treat robots as hedge assets that stabilise output despite labour shortages. Retail and hospitality invest in front-of-house service units to differentiate guest experience, and agri-food producers deploy harvest and inspection robots to offset rural labour deficits. Cross-sector momentum ensures a broadening customer mix that shields the Southeast Asia industrial and service robot industry from downturns in any single vertical.
Note: Segment shares of all individual segments available upon report purchase
By Enterprise Size: Large Enterprises Lead, SME Adoption Accelerates
Blue-chip assemblers and automotive OEMs remain primary buyers, benefitting from scale purchasing and internal engineering resources. Their lighthouse projects validate technologies and set vendor roadmaps. The Southeast Asia industrial and service robot market now sees a rapid rise in SME deployments, catalysed by low-cost cobots, integrator packages, and financing models that convert capex into opex. Mitsubishi Electric’s investment in Formic Technologies underscores supplier interest in pay-per-use services tailored to smaller customers. Policy grants aimed at mid-tier firms sweeten the economics, ensuring that SME penetration will become a key volume driver through 2030.
Midsized exporters of apparel, plastics, and packaged foods increasingly allocate annual budgets to automation upgrades, aspiring to meet ESG and quality-certification standards demanded by global buyers. These trends collectively extend the Southeast Asia industrial and service robot market’s relevance from conglomerate production hubs to the long tail of regional manufacturers.
Geography Analysis
Thailand holds 24% of current demand, supported by the USD 45 billion Eastern Economic Corridor that couples transport links with incentives for industrial automation. The Ministry of Industry’s Center of Robotics Excellence and sector associations nurture technical skills, helping factories integrate roughly 3,000 operating robots, the highest population in ASEAN. Thailand’s hospitals and solar installations also pilot service units, proving sectoral diversity and reinforcing the Southeast Asia industrial and service robot market’s dynamic profile within the kingdom.
Vietnam is the fastest-growing geography at 14.80% CAGR. Samsung, Intel, and Apple supply-chain partners expand precision-assembly lines, pushing up demand for clean-room compatible arms. Government targets to train 50,000 semiconductor engineers by 2030 complement capital inflows, while Vingroup’s VinRobotics aims to localise robot production, adding domestic supply resilience. These moves position Vietnam as an essential node in the broader Southeast Asia industrial and service robot market.
Malaysia leverages a mature electronics base in Penang and automotive clusters around Kuala Lumpur. ASE Technology’s mega-facility and Arm Holdings’ USD 250 million partnership elevate local demand for high-precision arms. Indonesia brings volume potential via its large labour pool and emerging 5G smart factories such as Pegatron’s Batam site. Singapore maintains world-leading robot density, acting as R&D and testbed hub for the entire Southeast Asia industrial and service robot market. The Philippines and the rest of ASEAN show low penetration today but draw growing vendor interest because of e-commerce logistics needs and government digital-economy roadmaps.
Competitive Landscape
Competition is moderately fragmented overall but varies by segment. Four incumbents—FANUC, ABB, KUKA, and Yaskawa—dominate high-payload industrial cells, securing multi-year frame agreements with automotive and electronics majors. Universal Robots retains roughly 40% global share in cobots but faces rising rivalry from Techman and cost-competitive Chinese brands. In logistics AMRs, Boston Dynamics and local AGV suppliers vie for warehouse rollouts.
Strategic thrusts prioritise ecosystem building. Mitsubishi Electric extends reach through stakes in Formic Technologies and Realtime Robotics, bundling hardware, software, and subscription OPEX models. PBA Robotics customises subsystems for SME needs across Singapore and Malaysia, while Vietnam’s Apicoo Robotics scales low-cost cobots for domestic SMEs. Price-performance competition intensifies as local integrators hone vertical-specific know-how, reducing foreign vendors’ differentiation. Vendors focusing on software-defined robotics, AI vision, and remote analytics will gain stickiness.
Traditional hardware players strengthen service arms to capture lifecycle revenue, launching predictive-maintenance packages and spare-parts subscription plans. Meanwhile, global conglomerates form regional joint ventures to localise assembly and meet tariff-avoidance objectives. These cross-currents collectively shape the Southeast Asia industrial and service robot market into a lively arena of incremental innovation, cost compression, and service-centric differentiation.
Southeast Asia Industrial And Service Robot Industry Leaders
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FANUC Corporation
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Yaskawa Electric Corporation
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KUKA AG
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ABB Ltd
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Kawasaki Heavy Industries Ltd
- *Disclaimer: Major Players sorted in no particular order
Recent Industry Developments
- June 2025: Epson celebrates the 50th anniversary of its brand and re-positions SCARA portfolio for life-science labs.
- May 2025: Universal Robots releases the UR15 cobot, the fastest in its line.
- May 2025: Universal Robots partners with Asia Integrated Machine to widen Philippine distribution.
- May 2025: DHL Group orders 1,000 new Boston Dynamics robots for logistics hubs.
Southeast Asia Industrial And Service Robot Market Report Scope
Industrial robots are designed for industrial automation applications, while service robots are designed to perform useful tasks for people or equipment, excluding industrial automation applications.
The Southeast Asian industrial and service robot market is segmented by product category (industrial, articulated, and SCARA), service (professional and domestic), end-user vertical (automotive, electronics/electrical, plastic and chemical, metal and machinery, food, beverages, and tobacco), and country (Indonesia, Malaysia, Singapore, Thailand, Vietnam, and Rest of Southeast Asia). The market sizes and forecasts are provided in terms of value (USD) for all the above segments.
| Industrial Robots | Articulated Robots | |
| SCARA Robots | ||
| Cartesian / Gantry Robots | ||
| Parallel / Delta Robots | ||
| Collaborative Robots (Cobots) | ||
| Other Industrial Robot Types | ||
| Service Robots | Professional Service Robots | Logistics and Warehousing |
| Medical and Healthcare | ||
| Agriculture and Field | ||
| Inspection and Maintenance | ||
| Hospitality | ||
| Domestic Service Robots | Cleaning | |
| Companion and Elder-care | ||
| Lawn and Pool | ||
| Other Domestic Robot Types | ||
| Up to 15 kg |
| 16 - 60 kg |
| 61 - 225 kg |
| Above 225 kg |
| Hardware | Manipulator |
| Controller | |
| Drives | |
| Sensors | |
| End-Effectors | |
| Software | |
| Services | Integration and Deployment |
| Training and Support | |
| Maintenance |
| Material Handling and Pick-and-Place |
| Welding and Soldering |
| Assembly |
| Painting and Dispensing |
| Packaging and Palletising |
| Inspection and Quality Control |
| Cutting and Processing |
| Other Applications |
| Automotive |
| Electronics and Semiconductor |
| Metals and Machinery |
| Plastics and Chemicals |
| Food and Beverage |
| Logistics and Warehousing |
| Healthcare |
| Retail and Hospitality |
| Others (Agriculture, Construction) |
| New Installations |
| Retrofit and Upgrades |
| Large Enterprises |
| Small and Medium Enterprises |
| Indonesia |
| Malaysia |
| Singapore |
| Thailand |
| Vietnam |
| Philippines |
| Rest of Southeast Asia |
| By Robot Type | Industrial Robots | Articulated Robots | |
| SCARA Robots | |||
| Cartesian / Gantry Robots | |||
| Parallel / Delta Robots | |||
| Collaborative Robots (Cobots) | |||
| Other Industrial Robot Types | |||
| Service Robots | Professional Service Robots | Logistics and Warehousing | |
| Medical and Healthcare | |||
| Agriculture and Field | |||
| Inspection and Maintenance | |||
| Hospitality | |||
| Domestic Service Robots | Cleaning | ||
| Companion and Elder-care | |||
| Lawn and Pool | |||
| Other Domestic Robot Types | |||
| By Payload Capacity (Industrial) | Up to 15 kg | ||
| 16 - 60 kg | |||
| 61 - 225 kg | |||
| Above 225 kg | |||
| By Component | Hardware | Manipulator | |
| Controller | |||
| Drives | |||
| Sensors | |||
| End-Effectors | |||
| Software | |||
| Services | Integration and Deployment | ||
| Training and Support | |||
| Maintenance | |||
| By Application | Material Handling and Pick-and-Place | ||
| Welding and Soldering | |||
| Assembly | |||
| Painting and Dispensing | |||
| Packaging and Palletising | |||
| Inspection and Quality Control | |||
| Cutting and Processing | |||
| Other Applications | |||
| By End-user Industry | Automotive | ||
| Electronics and Semiconductor | |||
| Metals and Machinery | |||
| Plastics and Chemicals | |||
| Food and Beverage | |||
| Logistics and Warehousing | |||
| Healthcare | |||
| Retail and Hospitality | |||
| Others (Agriculture, Construction) | |||
| By Installation Type | New Installations | ||
| Retrofit and Upgrades | |||
| By Enterprise Size | Large Enterprises | ||
| Small and Medium Enterprises | |||
| By Country | Indonesia | ||
| Malaysia | |||
| Singapore | |||
| Thailand | |||
| Vietnam | |||
| Philippines | |||
| Rest of Southeast Asia | |||
Key Questions Answered in the Report
What is the current size of the Southeast Asia industrial and service robot market?
The market is valued at USD 1.2 billion in 2025 and is projected to reach USD 1.75 billion by 2030.
Which country leads robot adoption in Southeast Asia?
Thailand leads with 24% of regional demand, driven by Eastern Economic Corridor incentives and a strong automotive base.
Which robot segment is growing fastest?
Collaborative robots are expanding at 19.60% CAGR as SMEs embrace flexible, safe automation.
Why is Vietnam considered a high-growth market for robotics?
Surging electronics FDI, clean-room assembly needs, and government plans to train 50,000 semiconductor engineers push Vietnam’s CAGR to 14.80%.
What are the main restraints on robot uptake in Indonesia and Vietnam?
Low migrant-labour costs and high upfront robot capex slow ROI, though rising wages and demonstration factories are narrowing the gap.
How fragmented is the competitive landscape?
The industrial segment is moderately concentrated among five global players, but cobot and service-robot niches are far more fragmented as local integrators and Chinese vendors expand.
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