Overseas Robot Deployment Support 2026 | Choosing the Right SIer

“We want to bring robots into the welding line at our Thailand plant, but we have no idea who to even call.” Production engineers and plant managers who start looking into robot deployment support for overseas factories raise this concern more and more often these days. As labor shortages and rising wages hit ASEAN factories at the same time, robot deployment has stopped being a “nice to have if there’s budget left over” investment and become a practical necessity. But unlike Japan, where you can simply call the neighborhood SIer you already know, an overseas site rarely has that kind of default relationship to fall back on. This article lays out four ways to approach the search for support — local SIer, Japanese SIer, headquarters-led, and bridge-type — along with common failure patterns, where BOI and other investment incentives actually fit in, and how Thailand and Vietnam differ.

Why “robot deployment support overseas” is suddenly a hot topic

Before anything else, it’s worth grounding the “why now” in facts rather than gut feeling. Trying to sell an internal budget committee on “we need robots because we’re short-staffed” without numbers behind it tends to stall the moment someone asks for evidence.

In Thailand, investment in industrial robotics and automation is expanding, driven by the automotive sector’s shift to EVs, the push to turn the Eastern Economic Corridor (EEC) into a hub for advanced manufacturing, and the broader Thailand 4.0 policy. Backed by a deep Japanese supply chain, major automakers such as Isuzu are reportedly rolling out robots across welding, assembly, and painting processes (sources: Nation Thailand, Seraphim). A JETRO survey conducted from August through December 2024 covered the activities of 6,083 Japanese companies operating in Thailand, underscoring that Thailand remains a core base for Japanese manufacturers (source: JETRO).

In Vietnam, the industrial robotics market is projected to grow from USD 112 million in 2025 to USD 231.7 million by 2031, a compound annual growth rate (CAGR) of 12.88% for the 2026-2031 period. Annual robot installations are expected to roughly double as well, from around 3,200 units in 2025 to about 6,460 units in 2031 (source: Ken Research). At the same time, Vietnam faces a shortage of talent skilled in robotics, AI, and machine learning — the manufacturing sector is projected to need around 1.2 million automation and robotics workers by 2030, and supply is not keeping pace (source: RobotToday). In short, the market is growing faster than the local workforce that’s supposed to support it. That gap connects directly to the question this article is really about: who should you actually turn to for deployment support.

Against this backdrop, more factories are looking into strategies for rising labor costs in Thailand, and from there the conversation naturally shifts to a more concrete question: who do we actually call to get a robot installed?

Who to talk to about overseas robot deployment — four options

When a factory overseas starts exploring robot deployment support, the options generally fall into four patterns. Each has its own strengths and blind spots, and there’s no single “correct” answer — the right choice depends on your organization’s structure and how mature your local site already is.

Which pattern you choose shapes more than just who signs the contract. It determines what language the specification gets written in, who ultimately signs off on acceptance criteria, and who you call when something goes wrong. Rather than discovering the nature of your chosen partner only after the contract is signed, it pays to keep these four categories in mind from the earliest stages of planning — doing so cuts down on rework later in the project.

Pattern 1: Headquarters in Japan leads the project

In this approach, the production engineering department at headquarters takes the lead and asks equipment makers or SIers they already trust in Japan to handle the overseas rollout. Specifications can usually be worked out entirely in Japanese, and headquarters’ own technical standards carry over directly, which is reassuring. The downside is that site-specific realities — local power conditions, parts procurement, maintenance capacity, training for local staff — are easy to overlook, and problems like “this part number simply isn’t available locally” often only surface once installation is underway. It’s also easy to underestimate how much response time suffers when the headquarters engineer can only be on-site for occasional trips.

Pattern 2: Work directly with a local robotics SIer

Here you approach a local SIer in Thailand or Vietnam directly. Because they know local business customs, procurement channels, and maintenance networks well, they tend to offer more pricing and sourcing flexibility. The tradeoff is that Japan’s quality standards and its approach to acceptance testing don’t always translate cleanly, and language gaps can lead to different interpretations of the same specification. In particular, tacit knowledge that’s hard to put into words — what counts as a “good” versus “defective” part, or how to think about safety standards — is where the expectations of headquarters and the understanding of a local SIer tend to diverge. As covered in how to choose an automation company in Bangkok, when selecting a local SIer it’s essential to check their track record with Japanese-affiliated factories and the strength of their after-sales support.

Pattern 3: Find a Japanese SIer’s local subsidiary or branch office

Some Japanese SIers with a solid domestic track record also maintain a subsidiary or representative office in Thailand or Vietnam, and this is where you’d approach them. It’s an option that can combine Japanese-language communication with a genuine understanding of local conditions. The Japan Robot System Integrators Association (SIer Association) offers a search tool that lets you filter SIers by region, supported applications, and services — a useful way to narrow down candidates (source: SIer Association). That said, if the local office is small and the Japanese team’s key members are only there on occasional trips, you can end up facing constraints similar to Pattern 1. Before signing, it’s worth confirming exactly how many engineers are stationed locally on a permanent basis and how quickly they can respond when maintenance issues come up.

Pattern 4: Work with a bridge-type partner that spans local and Japanese practice

A “bridge-type” company is one that’s based locally but also understands Japanese quality standards, reporting culture, and communication norms. TOMAS TECH is positioned this way. It functions as a translator and project manager rolled into one — turning conversations with local SIers into terms headquarters can act on, and adjusting headquarters’ requirements to fit what’s realistic on the ground. For small and mid-sized factories that can’t justify a dedicated production engineering role, having an outside partner walk alongside the entire deployment process — the kind of approach discussed in robot deployment for SME factories — is often especially effective.

The table below summarizes the strengths and cautions for each of the four patterns.

Whichever pattern you choose, the common thread is putting into words, up front, exactly what you’re handing over to the local team and how far that responsibility extends. If this stays vague and you send out requests for quotes to multiple companies anyway, each one will assume different conditions, and you’ll end up with quotes that simply can’t be compared.

Common failure patterns in overseas robot deployment — and how to avoid them

Here are the failure patterns that come up again and again in real conversations. In our experience, far more failures trace back to how the project was sequenced and how agreement was (or wasn’t) reached than to any shortfall in the equipment’s actual performance.

• Placing an order before roles between headquarters and the local site are clear: If it’s not clear who makes the final call on specifications and who signs off on acceptance, you end up with a “that’s not what we agreed to” gap after installation. Writing out a RACI matrix (who’s responsible, who approves) before ordering helps avoid this
• Choosing equipment without checking local power, air, and material-handling conditions: Selecting a model purely off a catalog spec sheet written for the Japanese market often means voltage, frequency, or layout mismatches only get discovered during installation
• Only thinking about maintenance after the robot is already in: A robot’s life doesn’t end at installation — daily inspection, parts replacement, and troubleshooting continue indefinitely. Whether the local site actually has the people and processes to handle maintenance needs to be confirmed before you order, not after
• Letting each vendor quote against different assumptions: When the target process, expected uptime, and scope of training differ from one proposal to the next, comparing purely on price can mean the cheapest bid is actually the one with the worst terms
• Not accounting for the risk that trained local staff will leave: When an operator who’s learned the programming and teaching leaves the company, that know-how leaves with them. Training multiple people and translating operating manuals into the local language are the practical safeguards
• Checking BOI or other investment incentive eligibility only after ordering: Whether an investment qualifies for incentives changes the whole payback calculation, including how order timing relates to application timing — this is worth confirming early, not as an afterthought

Most of these failures aren’t about the equipment maker’s or SIer’s technical competence — they trace back to the buyer’s own lack of preparation. Put the other way around, most of them are avoidable if you get organized ahead of time.

What to prepare internally before you even start asking around

If most of these failures stem from the buyer’s own lack of preparation, it follows that there are things worth putting into words internally before you approach anyone for support. From the SIer’s side, too, a request that arrives without this groundwork makes it impossible to produce an accurate quote — and the result is exactly the mismatched, incomparable proposals described above.

• Break down the current workflow: Decompose the target process into motion-level steps — pick up, carry, place, fasten, inspect — and identify exactly which of these you want a robot to take over
• Cycle time and required uptime: Put numbers to your current process time and the uptime target you expect after robots are introduced
• Part variety and variation: Clarify whether the target product is a single type or many, and how much variation exists in shape and weight
• Future expansion plans: Share whether you might roll this out more broadly later, not just the scope of the current project
• The relationship between local and headquarters decision-makers: Be clear about who ultimately approves the specification and who controls the budget
• Integration requirements with existing equipment: Work out how the robot needs to interact with upstream and downstream equipment — signal exchange, hand-off timing, and so on

None of this requires deep technical expertise; anyone who knows the shop floor can put it into words. If you skip this step and simply ask for quotes “just to see what’s out there,” SIers can only guess — and you end up right back at the failure pattern described earlier: a stack of quotes that can’t actually be compared.

Where BOI and other investment incentives fit — don’t count your chickens

When you’re weighing robot deployment overseas, investment incentive programs are hard to ignore. But jumping to conclusions from general information can force you to redo your entire plan later, so it’s worth confirming what’s publicly documented and then always verifying the specifics with the relevant authority.

Thailand’s Board of Investment (BOI) lists “Automation Solution Development” as Activity 5.6, one of the activities eligible for investment promotion. Projects that qualify under this category may receive an eight-year corporate income tax (CIT) exemption with no cap, plus a possible exemption from import duties. There’s also a provision under which existing manufacturers who apply for additional BOI approval for an automation upgrade may, if they meet the conditions, receive a further three-year CIT exemption (source: Pertama Partners, updated February 9, 2026). Separately, under BOI’s Smart Visa program, automation and robotics are also designated as a priority sector for investment incentives (source: BOI Smart Visa).

What’s worth emphasizing here is that these are framework-level provisions describing what “may” qualify — whether a specific investment actually receives the benefit depends on the industry, the nature of the investment, the location, and the timing of the application. Rather than locking in a payback plan based purely on published information, it’s safer to run the numbers both with and without the incentive applied. Because the relationship between when you order equipment and when you apply can matter, it’s best to check with BOI or the relevant authority early in the planning process.

How Thailand and Vietnam differ for robot deployment support

Thailand and Vietnam differ in the environment surrounding robot deployment. Even within the same ASEAN region, the same approach doesn’t necessarily work in both places.

Thailand has a deep Japanese supply chain, and relatively more options for both local subsidiaries of Japanese SIers and local SIers with a track record serving Japanese-affiliated factories. A solid base of robot deployment experience has built up, centered on the automotive industry, with investment continuing on the back of the shift to EVs and the EEC’s push to become an advanced manufacturing hub (sources: Nation Thailand, Seraphim). With more options on the table, Thailand is an environment where you can afford to spend more time comparing candidates.

Vietnam, by contrast, has a faster-growing market overall — the industrial robotics market is projected to expand at a CAGR of 12.88% for the 2026-2031 period (source: Ken Research). At the same time, a shortage of talent skilled in robotics, AI, and machine learning has been flagged as a real constraint: against a projected need for around 1.2 million automation and robotics workers in manufacturing by 2030, supply isn’t keeping up (source: RobotToday). In other words, Vietnam tends to face a situation where the market is expanding faster than the pool of local SIers and engineers who can support it, which can make finding a trustworthy partner a bigger hurdle than in Thailand. As discussed in automating a factory in Vietnam, robot deployment in Vietnam needs to be planned together with a realistic view of talent availability.

On the wage side, Vietnam’s monthly minimum wage in 2026 is reported to range from USD 141 to USD 202 (source: Ken Research). Looking at that figure alone might suggest labor-cost savings alone won’t justify the investment, but in practice what actually drives the payback calculation is usually less the minimum wage itself and more the total cost of hiring, training, and retaining people with the right skills — a point that applies equally in Thailand.

The table below summarizes the differences between Thailand and Vietnam.

How to move forward — step by step

Even once you’ve settled on who to work with, jumping straight to placing an order isn’t advisable. Working through the following steps makes it much easier to collect comparable quotes and get internal approval.

• Step 0 – Put the target process and objective into words: Define exactly which process and which problem you’re trying to solve — easing a labor shortage, or reducing quality variation
• Step 1 – List candidate partners: Identify several candidates across headquarters-led, local SIer, Japanese SIer branch, and bridge-type options, or a mix of these
• Step 2 – Take stock of local conditions: Document power supply, air supply, material handling, layout, and maintenance capacity — the conditions specific to the site
• Step 3 – Request quotes under identical conditions: Align the target process, uptime assumptions, and training scope, then request quotes from multiple vendors under the same conditions
• Step 4 – Confirm investment incentives: Check with the relevant authority whether programs like BOI apply, and run the payback calculation both with and without the incentive
• Step 5 – Pilot on a small scale first: Rather than rolling out across every line at once, run a pilot on a single line before expanding further

Following this sequence means that whichever type of partner you choose, you’ll be making the decision with real comparison data in hand. Steps 0 and 2 in particular can be completed entirely in-house, yet they have an outsized effect on how accurate the resulting quotes turn out to be. Skip them and start by searching for a partner instead, and you risk ending up right back at the failure this article keeps returning to: proposals you received from several companies but can’t actually compare because their assumptions never matched. Put another way, how much time you invest in preparation before you even start looking for a partner can determine whether the entire overseas robot deployment project succeeds or not.

Frequently asked questions

Who should we talk to about robot deployment support at an overseas factory?

It depends on your organization’s structure. If headquarters has a dedicated production engineer who can travel to the site frequently, a headquarters-led approach can work. If staffing that role locally is limited, a Japanese SIer’s local branch or a bridge-type partner spanning both local and Japanese practice tends to be more realistic. Using the Japan Robot System Integrators Association’s search tool to identify candidates is another practical starting point (source: SIer Association).

Is a local Thai robotics SIer or a Japanese SIer the better choice?

There’s no universal answer. Local SIers tend to offer more flexibility on price and sourcing, while Japanese SIers tend to communicate more smoothly around quality standards and reporting culture. What matters most is how well you can translate hard-to-articulate tacit knowledge — pass/fail criteria, safety thinking — into a concrete specification. Get that right, and either type of partner can avoid major failures.

Does an automation investment automatically qualify for BOI incentives?

Not automatically. Frameworks like BOI Activity 5.6, which designates automation solution development as an eligible activity, do exist, but actual eligibility depends on the industry, the nature of the investment, the location, and the timing of the application (source: Pertama Partners). Rather than relying solely on published information, it’s best to confirm eligibility individually with the relevant authority or BOI.

Is robot deployment harder in Vietnam than in Thailand?

Not uniformly harder, but the considerations differ. Vietnam’s market is growing quickly, but a shortage of talent skilled in robotics, AI, and machine learning has been flagged as a challenge (source: RobotToday), which can make finding a trustworthy partner more of a hurdle than in Thailand. It’s worth planning talent availability alongside the deployment itself.

Can small and mid-sized factories get robot deployment support too?

Yes. Small and mid-sized factories that can’t justify a dedicated production engineering role are often exactly the ones that benefit most from having an outside partner walk alongside the entire deployment process. You can work through it step by step, from selecting the target process to aligning the conditions for a request for quotes.

How much should we prepare in-house before requesting quotes?

Items like a motion-level breakdown of the target process, cycle time and uptime targets, part variety and variation, future expansion plans, and who the decision-makers are can all be put into words by a shop-floor engineer without specialized expertise. Sorting these out before approaching multiple vendors under identical conditions makes it much easier to get comparable quotes. Skip this step, and you’ll likely get proposals built on mismatched assumptions that take far longer to compare.

Summary

For robot deployment at an overseas factory, deciding who to talk to and how to divide responsibilities matters more than the equipment selection itself. The four options — headquarters-led, a local SIer directly, a Japanese SIer’s local branch, and a bridge-type partner spanning both — each carry their own strengths and cautions, and the right choice depends on your organization’s structure and how mature your local site is. Most failures don’t come from underpowered equipment; they come from unclear role division and mismatched assumptions across competing quotes. Incentives like BOI look attractive, but eligibility always requires individual confirmation, and it’s essential to run the payback numbers both with and without the incentive. Because the options and challenges differ between Thailand and Vietnam, the assumptions need to be rebuilt for each site rather than reused.

It’s fine to reach out even if you haven’t decided who to work with yet, or if you’re still unsure whether your process is even a good fit for robots. Whether you’re trying to sort out who should own the specification between headquarters and the local site, you’ve gotten quotes from a local SIer but can’t compare them because the assumptions don’t line up, or you’re moving forward without knowing whether you qualify for BOI — bring us the situation as it stands, and we can work through organizing your options and setting up comparable quotes together. It’s fine to reach out before you’ve even decided to move forward with deployment — feel free to get in touch through our contact page.

References

• Pertama Partners “Thailand BOI Manufacturing Incentives”
• BOI Smart Visa “Automation and Robotics”
• Japan Robot System Integrators Association (SIer Association) SIer Search
• Ken Research “Vietnam Industrial Robotics Market”
• RobotToday “Vietnam Robotics Industry Report 2026”
• Nation Thailand (Thailand’s automotive industry and robot deployment)
• Seraphim “Robotics in Thailand”
• JETRO “Survey on the Activities of Japanese Companies in Thailand, August-December 2024”