# Cobots & AMRs_ Global Market Landscape and Vietnam Factory Benchmark



## Slide 1


STRATEGIC ASSESSMENT 2026

Cobots & AMRs:
Global Market
Landscape and
Vietnam Benchmark

Philippine Manufacturing Automation Assessment
15+ cobot brands | 6 affected industries | Vietnam factory data

Philippine Manufacturing Operations

June 2026


## Slide 2


CONTENTS

01   Global Cobot Market Landscape

02   Vietnam Factory Ecosystem

03   Affected Industries

04   Economics & Payback

05   Labor Market Impact

06   Implementation & Roadmap

07   Construction: 3-Year Horizon


## Slide 3


01

Global Cobot Market Landscape

Every major cobot brand, specification,
and positioning in the 2026 market


## Slide 4


Global cobot installations exceeded 200,000 units in 2024 at 22%+ CAGR

200K+

UNITS INSTALLED (2024)

22%+

CAGR SINCE 2019

10%

OF NEW ROBOT INSTALLS

35%

CHINESE MFG GLOBAL SHARE

Region | 2022 Units | 2024 Units | CAGR | Key Drivers | Top Brands

Asia-Pacific | ~55,000 | ~85,000 | ~25% | China domestic, VN FDI | Elite, JAKA, FANUC

Europe | ~45,000 | ~60,000 | ~15% | Labor cost, aging workforce | Universal Robots, AUBO

North America | ~30,000 | ~42,000 | ~18% | Reshoring, labor shortage | UR, FANUC, Doosan

Rest of World | ~8,000 | ~13,000 | ~28% | Emerging mfg bases | Techman, EVST

Key market dynamic: Chinese manufacturers hold 35% of global unit shipments but Western/Japanese brands retain higher revenue share due to 30-50% ASP premiums. The gap is narrowing as Chinese brands gain CE, UL, and TUV certifications.

Revenue concentration: Universal Robots alone commands ~40% of global cobot revenue despite Chinese brands shipping more units. Ecosystem depth (UR+ marketplace: 1,000+ components) creates switching costs that sustain premium pricing.

Source: IFR World Robotics 2025; Interact Analysis; EVSINT cobot market data 2026


## Slide 5


Tier 1 Global Leaders: UR and FANUC dominate installed base and ecosystem

Attribute | Universal Robots | FANUC CRX

Origin | Denmark (Teradyne) | Japan

Flagship Models | UR3e to UR30 (3-30kg) | CRX-5iA to CRX-35iA

Payload / Reach | 3-30kg / 500-1750mm | 5-35kg / 994-1813mm

Repeatability | ±0.03 mm | ±0.02 mm

Key Certifications | CE, ISO 10218, TUV | CE, ISO, IP67 rated

Ecosystem | UR+: 1,000+ components | iRVision, CNC integration

Price (USD) | $28K - $75K | $35K - $80K

Best For | High-mix, low-volume mfg | CNC-heavy environments

Universal Robots: 100K+ units installed. UR+ ecosystem is the widest — grippers, sensors, software pre-validated. Three safety-rated monitoring zones. Highest adoption in contract electronics, medical devices, job shops. Global integrator network unmatched.

FANUC: Class-leading ±0.02mm repeatability. IP67 rating for coolant-splash environments. Direct CNC integration via shared controller platform. Tablet-style drag-and-drop programming. Best for facilities already running FANUC CNC equipment.

Source: Vendor datasheets; EVSINT 2026 ranking; RobotShop pricing


## Slide 6


Tier 2 Asia-Pacific: Doosan, Techman, EVST offer strong capability at mid-tier pricing

Attribute | Doosan Robotics | Techman Robot | EVST (China)

Origin | South Korea | Taiwan (Quanta) | China (Chengdu)

Flagship | A0509 to H2515 | TM5 to TM30S | XR3 to XR30

Payload | 6-25 kg | 5-35 kg | 3-30 kg

Key Differentiator | 6 torque sensors/joint | Built-in vision | IATF 16949 + ATEX

Repeatability | ±0.05 mm | ±0.03 mm | ±0.03 mm

Certifications | ISO 10218-1 | CE, TUV | CE, SGS, TUV, ATEX

Price (USD) | $20K - $55K | $25K - $65K | $18K - $52K

Best For | Full-arm collision safety | Vision-guided tasks | Hazardous environments

Doosan: Six torque sensors (one per joint) for full-arm collision sensitivity. 200+ certified integrators globally. Strongest cost-to-capability ratio.
Techman: First cobot with built-in smart vision — no external camera needed. OMRON global distribution. Parent Quanta Computer = world's largest electronics manufacturer.
EVST: Only ~5 manufacturers worldwide with both IATF 16949 and ATEX/IECEx. Exports to 100+ countries. Field engineer dispatch for commissioning.

Source: Vendor datasheets; OceanPlayer 2026; EVSINT 2026 ranking


## Slide 7


Chinese Tier 3: Six brands driving price disruption at $12K-$38K

Brand | Series | Payload | Reach | Repeat | Price | Key Differentiator | Best For

Elite | CS / EC | 3-30kg | 624-1800mm | ±0.03 | $12K-$35K | 100K hr MTBF | Machine tending

JAKA | Zu / Mini | 2-40kg | 327-1700mm | ±0.03 | $12K-$36K | Wireless pendant | Compact cells

AUBO | i / iS | 3-35kg | 500-1460mm | ±0.02 | $14K-$38K | ROS2-native | R&D / labs

Dobot | CR / MG400 | 0.5-20kg | 400-1700mm | ±0.05 | $15K-$40K | Edu + industrial | Training / light mfg

Siasun | DUCO | 1-20kg | 600-1400mm | ±0.03 | $18K-$35K | CAS-backed | Auto / semi

Rokae | xMate | 3-25kg | 600-1500mm | ±0.03 | $16K-$38K | Force control | Polishing / grinding

Common thread: All six carry CE marking, meet ISO 10218-1 and ISO 13849, and offer open SDKs or Modbus/EtherNet/IP for PLC integration. The gap vs. Tier 1 is ecosystem depth (UR+ has 1,000+ components vs. fragmented Chinese offerings), global support density, and reliability data.
For Philippine buyers: Elite and JAKA have the strongest Southeast Asia distribution. AUBO has a Frankfurt EU office. Dobot sells in 40+ countries. All six offer 30-50% lower hardware cost than Universal Robots.

Source: EliteRobots.com 2026; EVSINT; OceanPlayer 2026; vendor datasheets


## Slide 8


Niche players fill specific gaps: Franka, Kassow, Productive Robotics

Brand | Origin | Model | Payload | Price | Unique Capability

Franka Emika | Germany | FR3 | 3 kg | $28K-$35K | Torque in all 7 joints; <1N force resolution for haptic research

Kassow Robots | Denmark | KR1205 | 5 kg | $22K-$30K | 7-axis kinematic chain reaches around obstacles in tight cells

Productive Robotics | USA | OB7 | 7 kg | $18K-$25K | Hand-guide waypoints; no coding; deploy in under 30 minutes

When to consider niche brands:
Franka: For research labs, delicate assembly, or haptic feedback applications. Impedance control feels closer to a surgical instrument. University labs overwhelmingly select Franka. Skip if payload >3kg.
Kassow: For reaching around obstacles inside CNC enclosures or tight cells. The 7-axis chain provides access angles impossible for standard 6-axis arms.
Productive Robotics: For first deployment with no programming experience. Operators hand-guide waypoints and tap "go." Best for simple pick-and-place.

Source: OceanPlayer 2026; vendor datasheets


## Slide 9


The complete global cobot comparison matrix — 12 brands across all tiers

Brand | Tier | Origin | Payload | Repeat | Price (USD) | Certification | Best For | Ecosystem

Universal Robots | T1 | Denmark | 3-30kg | ±0.03 | $28K-$75K | CE, TUV | High-mix mfg | 1000+ (UR+)

FANUC | T1 | Japan | 5-35kg | ±0.02 | $35K-$80K | CE, IP67 | CNC integration | iRVision

Doosan | T2 | S. Korea | 6-25kg | ±0.05 | $20K-$55K | ISO 10218 | Collision safety | 200+ partners

Techman | T2 | Taiwan | 5-35kg | ±0.03 | $25K-$65K | CE, TUV | Vision tasks | OMRON network

EVST | T2 | China | 3-30kg | ±0.03 | $18K-$52K | CE, ATEX | Hazardous areas | 100+ countries

Elite Robots | T3 | China | 3-30kg | ±0.03 | $12K-$35K | CE, UL, KC | Machine tending | Open SDK

JAKA | T3 | China | 2-40kg | ±0.03 | $12K-$36K | CE, ISO | Compact spaces | App-based

AUBO | T3 | China | 3-35kg | ±0.02 | $14K-$38K | CE, ISO | R&D / labs | ROS2-native

Dobot | T3 | China | 0.5-20kg | ±0.05 | $15K-$40K | CE, ISO | Edu + mfg | 40+ countries

Siasun | T3 | China | 1-20kg | ±0.03 | $18K-$35K | CE, ISO | Auto / semi | Full portfolio

Rokae | T3 | China | 3-25kg | ±0.03 | $16K-$38K | CE | Polishing | Force control

Source: Consolidated from IFR 2025, EVSINT 2026, EliteRobots.com, OceanPlayer 2026, vendor datasheets


## Slide 10


02

Vietnam Factory Ecosystem

413 industrial parks, 324 operational
Southeast Asia's manufacturing powerhouse


## Slide 11


Vietnam operates 324 industrial parks across 145,970 hectares with 76-92% occupancy

324

OPERATIONAL PARKS

413

TOTAL PLANNED

145,970

HECTARES (TOTAL LAND)

8.02%

GDP GROWTH (2025)

Metric | Northern VN | Southern VN | National

Occupancy Rate | 85-87% | 89-92% | ~76%

Key Industries | Electronics, high-tech | Consumer goods, logistics | Diversified

Key Provinces | Bac Ninh, Hai Phong | HCMC, Dong Nai, Binh Duong | 19 key provinces

Rental ($/m2) | $139-166 | $170-200 | Rising 3-8%/yr

Notable Parks | Saigon Hi-Tech (913ha) | Hiep Phuoc (1,686ha) | Amata (700ha)

FDI ATTRACTION ENGINE
Industrial parks attract 55-60% of total FDI into Vietnam.
Parks contribute 25-30% of industrial GDP.
15+ free trade agreements including CPTPP and EU-VN FTA.
153 parks under construction = future supply for China+1 relocations.
221 new zones planned by 2030.

Source: G2B.co 2025; Vietnam.incorp.asia 2025; Savills Vietnam 2026; IDEC Group 2026


## Slide 12


Vietnam vs Philippines: Factory infrastructure, labor cost, and automation readiness

Comparison Factor | Vietnam | Philippines | Implication

Industrial Parks | 324 operational | ~80 operational | VN has 4x factory density

GDP Growth (2025) | 8.02% | ~5.2% | VN economy growing faster

Min Mfg Wage (USD/mo) | $200-$300 | $330-$400 | PH labor 40-60% more expensive

FDI Inflow (2024) | $36-40B | $8-10B | VN attracts 4x more FDI

Electronics Exports | #3 in SE Asia | Limited electronics mfg | VN has deeper tech supply chain

Cobot Vendor Presence | UR, FANUC, ABB deployed | Minimal local presence | VN has head start on adoption

Automation Stage | Industry 4.0 early adopters | Mostly manual / semi-auto | PH has more room to leapfrog

IE Talent Pool | Growing (govt investment) | Very limited | Both face skills gap

Key Advantage | Factory density, FDI, FTAs | English, BPO culture, US ties | Different paths to automation

Strategic takeaway: Vietnam's 4x factory density and lower labor costs mean faster cobot ROI, but the Philippines' English proficiency and US trade relationships create advantages for high-value contract manufacturing where client communication matters.

Source: G2B.co 2025; PSA 2025; Vietnam GSO 2025; B-Company.jp 2025


## Slide 13


Vietnam's cobot adoption accelerates with imports and local development

DEPLOYMENT MILESTONES
2022: Universal Robots showcases UR5e/UR10 in Vietnam; supplies cobots to Meiko Trading and Engineering
2023: Vietnam's Apicoo Robotics signs with BK Fund to develop Vietnamese-made cobots
2024-2025: ABB deploys Ability platform for smart factory integration across manufacturing, energy, transport

KEY AUTOMATION SECTORS
Automotive: Component assembly, quality inspection
Electronics: PCB assembly, AOI, semiconductor handling
Textiles: Cutting, sewing automation, quality control
Footwear: Gluing, pressing, packaging
Food Processing: Sorting, packaging, inspection

GOVERNMENT POLICY SUPPORT
Vietnam Strategy 2025 targets smart industry and electronics.
MOIT prioritizes R&D, digital transformation, AI, semiconductors.
Tax incentives for high-tech and supporting industries.
Vocational training expansion for advanced manufacturing.

LESSON FOR PHILIPPINES
Vietnam's FDI-driven automation started with MNCs demanding supplier modernization. PH can replicate: incentives + vendor localization + vocational pipeline. The "China+1" wave creates urgency for both countries.

Source: Estonia MFA Vietnam Strategy 2025; Savills Vietnam 2026; B-Company.jp 2025


## Slide 14


03

Affected Industries

Six sectors where cobots and AMRs
are transforming the labor landscape


## Slide 15


Machine Tending: Highest-ROI cobot application in CNC and injection molding

30-50%

THROUGHPUT GAIN

2-3:1

CNCs PER COBOT

Lights-out

OVERNIGHT PRODUCTION

16.9 mo

PAYBACK (AGGRESSIVE)

What the cobot does:
1. Opens CNC door (pneumatic or servo actuator)
2. Removes finished part with gripper
3. Places part in staging bin or passes to next station
4. Loads new blank from raw material bin
5. Closes door, signals CNC to cycle
6. Repeats continuously, 24/7

ECONOMIC IMPACT
Replaces: Unskilled material handler earning $300-500/mo in SE Asia
One cobot on 3 shifts = 3 workers displaced per machine group
Near-zero scrap from fatigue-induced misloading
Consistent cycle times (no breaks, no shift-change delays)
Overnight production with zero labor cost premium

Leading brands for machine tending: Elite Robots (CS series, highest MTBF), Universal Robots (UR+, widest gripper selection), FANUC CRX (direct CNC integration), JAKA (compact for tight cells). Typical payload: 5-12kg. Typical reach: 800-1300mm.

Source: Internal payback model; vendor case studies 2024-2025


## Slide 16


Palletizing, Pick-and-Place, and Packaging drive logistics automation

AMR + COBOT COMBINATION
AMRs move pallets and tote bins between zones. Chinese AMR vendors (Geek+, Hikrobot, Quicktron) dominate with 1-3 year payback.
Cobots stack/destack boxes, sort items, and package finished goods. Deploy in hours vs. months for traditional automation.
Amazon-style warehouse automation now accessible to mid-size firms at $30-60K per AMR unit.

REPLACED ROLES
Forklift operators (VN: $350-500/mo; PH: $400-600/mo)
Warehouse pickers and packers
Manual pallet stackers
Goods receipt clerks
Each AMR replaces 1.5-2.5 FTEs across 2-3 shifts
Payback: 1-2 years for tote/case handling

AMR Category | Payload | Navigation | Price (USD) | Payback | Top Vendor

Tote/case handling | 50-200 kg | LiDAR + camera | $30K-$60K | 1-2 years | Geek+, Hikrobot

Pallet-moving | 1,000-1,500 kg | SLAM + vision | $50K-$95K | 1.5-3 years | Quicktron

Forklift AMR | 2,000+ kg | LiDAR + 3D vision | $80K-$150K | 2-3 years | Hai Robotics

Source: Interact Analysis AMR 2025; Geek+, Hikrobot, Quicktron vendor data


## Slide 17


Welding, Polishing, and Surface Finishing: hazardous work that cobots do better

WELDING APPLICATIONS
Elite CW Series (2025): Full cobot welding workstation. Consistent bead quality with no fatigue degradation. Operates in confined spaces unsuitable for industrial arms.
Torch angle, travel speed, and wire feed maintained precisely across 8-12 hour shifts. Eliminates rework from human inconsistency.
Replaces: Welders exposed to UV radiation, toxic fumes, burn risk, and repetitive strain.

POLISHING & GRINDING
Rokae xMate with force control: Maintains constant contact force against irregular surfaces. Achieves surface uniformity that experienced human operators cannot match.
Consistent pressure prevents over-grinding or under-grinding. Reduces consumable (disc/sandpaper) usage by 15-25%.
Replaces: Polishers and grinders facing vibration-induced nerve damage and respiratory hazards.

Safety economics: Welding-related occupational diseases cost ASEAN manufacturers $2-4B annually in medical claims, turnover, and training. Cobot welding eliminates the hazard at source. A $35K cobot welding station pays for itself in avoided injury costs alone within 18-24 months.
Quality economics: Human welders produce variable-quality beads after hour 4 of a shift. Cobot produces identical quality from minute 1 to minute 480. For export manufacturing where weld X-ray inspection is mandatory, cobot welding reduces rejection rates from 3-8% to <0.5%.

Leading brands: Elite CW (welding workstations), Rokae xMate (force-control polishing), Doosan (collision-safe for confined welding cells), FANUC CRX (IP67 for coolant-heavy environments).

Source: EliteRobots.com 2025; Rokae datasheets; ILO occupational health data


## Slide 18


Agriculture and Food Processing: from field to packaging, robots handle the chain

FOOD PROCESSING APPLICATIONS
Sorting and grading: Techman built-in vision identifies size, color, defects. Replaces 3-5 manual sorters per line.
Packaging: Cobots place products into trays, cartons, or bags at 60-120 pieces/minute. Consistent placement reduces packaging material waste.
Quality inspection: AOI (automated optical inspection) for contamination, seal integrity, label accuracy. Error rate <0.1% vs. 1-3% human.

AGRICULTURE & POST-HARVEST
Tropical climates (PH, VN, Thailand) see 40-50°C heat indices during harvest season. Human labor attrition peaks in these months.
Cobots handle: seed sorting, transplanting, fruit picking (with compliant grippers), washing, drying, grading, bagging.
Food-grade cobots with washdown IP ratings (IP65/IP67) withstand daily sanitization.

Labor context: Philippine agriculture employs 22% of the workforce but contributes only 8% of GDP — a massive productivity gap. Seasonal farm workers earn P200-250/day (seasonal, no benefits). Food processing line operators earn P280-350/day. Both face heat stress, chemical exposure, and repetitive motion injuries.
Cobot payback in food processing: 18-30 months for a single sorting/packaging line. In agriculture (post-harvest handling): 24-36 months due to less continuous operation.

Source: PSA 2025; Techman case studies; DOST-PCIEERD agri-tech reports 2024


## Slide 19


Healthcare, Lab Automation, and Electronics Assembly: precision work at scale

HEALTHCARE & LAB AUTOMATION
AUBO ROS2-native: Ideal for lab environments needing custom protocols. Sample handling, pipetting, petri dish manipulation.
Franka Emika: Haptic force feedback for surgical training and delicate tissue handling. <1N resolution.
Medical device assembly: Syringe, catheter, implant component handling where contamination and precision are critical.
Cobot repeatability (±0.02mm) exceeds human capability for micro-assembly.

ELECTRONICS ASSEMBLY
PCB assembly: Component placement, soldering, inspection. Techman AOI identifies 99.9%+ of defects.
Semiconductor: Wafer transport, die bonding, packaging. Cleanroom-compatible cobots with minimal particle generation.
Consumer electronics: Phone/laptop component assembly, screwdriving, adhesive dispensing, testing.
Vietnam's electronics exports ($40B+) make this the highest-value cobot application in SE Asia.

Philippine opportunity: The Philippines has a growing medical device manufacturing sector (PPE, syringes, diagnostic equipment) but limited electronics assembly. Cobot deployment in medical device handling offers immediate ROI — products are high-value, quality requirements are strict, and the workforce has basic technical literacy from the BPO sector. Vietnam leads in electronics cobot adoption; the Philippines can lead in healthcare/lab automation.

Source: AUBO Robotics; Franka Emika datasheets; Vietnam GSO electronics export data 2024


## Slide 20


Construction and Heavy Equipment: the 3-year horizon where outdoor robotics mature

$1.53B

MARKET 2025

$6.27B

PROJECTED 2034

15.2%

CAGR

19%

CONSTRUCTION HOURS LOST (ILO)

Robot Category | Example Vendor | Application | Maturity | Tropical Relevance

Autonomous earthmoving | Built Robotics | Excavation, grading | Commercial | High — dust + heat

Rebar tying | TyBOT (ACR) | Bridge decks, concrete | Commercial | High — outdoor heat

Layout robots | Dusty Robotics | BIM-to-site marking | Commercial | Medium — site access

Demolition robots | Brokk AB | Urban deconstruction | Mature | Medium — confined space

The Chinese construction equipment ecosystem: Sany, XCMG, and Zoomlion are integrating autonomy kits into their export machines, following the same 40-60% discount pattern seen in manufacturing cobots. Built Robotics' Exosystem retrofits standard excavators — a "robotize the installed base" strategy.
The 3-year lag: Manufacturing cobots matured indoors (controlled environment, structured workflow). Construction robotics must solve outdoor GPS-denied navigation, unstructured terrain, and variable weather. The same cost reductions will propagate, but with a 3-5 year delay.

Source: Grand View Research 2025; ILO 2019; Built Robotics; Brokk AB


## Slide 21


04

Economics & Payback

Financial modeling for Philippine
and Vietnamese manufacturing contexts


## Slide 22


A 3-cobot + 2-AMR cluster achieves 16.9-month payback by displacing 13.5 workers

Scenario | Cell Cost | Workers | Shifts | CNCs | Annual Savings | Payback

Conservative | P2.66M | 3 | 2 | 2 | P975K | 32.7 mo

Moderate | P4.25M | 6 | 2 | 4 | P1.95M | 26.1 mo

Aggressive | P6.20M | 13.5 | 3 | 6 | P4.39M | 16.9 mo

PAYBACK FORMULA
Payback = Cost / (Savings x 1.25)
1.25x multiplier accounts for:
+30-50% throughput from consistent cycles
Near-zero scrap from misloading
Lights-out overnight production

5-YEAR CUMULATIVE (MODERATE)
Manual labor 5-year total: ~P8.5M
Cobot cell 5-year total: ~P6.8M
Net savings by Year 5: P1.7M
Crossover point: Year 3
From Year 3: P1-1.5M annual cost avoidance

Key validation: Only aggressive deployment achieves the ~2-year payback target. A single cobot on one shift takes 10+ years. Cluster deployment across multiple machines and shifts is the correct strategy.

Source: Internal model; vendor quotes; PHP 260K labor; 59:1 exchange; 25% uplift


## Slide 23


Sensitivity: shift count is the biggest lever, followed by throughput gains

Variable Change | Base Case | Optimistic (+20%) | Impact

Labor cost per worker | P260K/yr | P312K/yr | -2.8 mo

Throughput/quality gain | +25% | +40% | -2.1 mo

Cell cost (vol. disc.) | P6.20M | P5.31M | -2.5 mo

Shifts (+overtime avoid) | 3 shifts | 3 + no OT | -1.5 mo

Combined optimistic | 16.9 mo | ~11.0 mo | -5.9 mo total

WHY SHIFT COUNT IS #1
1. Same fixed cell cost amortized over more labor-hours
2. Every additional shift increases workers displaced proportionally
3. No additional capital required — just scheduling
4. Avoids overtime premiums on manual labor
Recommendation: Plan 3-shift operation from Day 1. Design cell layout and staffing model around continuous operation.

Pessimistic: Single-shift, low throughput, high integration = 30+ months. Conservative (1-cobot) not recommended — economics only work at cluster scale with multi-shift.
Mitigation: Start moderate (2 cobots, 2 shifts), expand to aggressive after payback validates at Month 12-18.

Source: Sensitivity analysis on aggressive scenario base case (16.9 months)


## Slide 24


Vietnam payback is faster: lower wages but higher factory density = quicker scale

Factor | Philippines | Vietnam | Payback Impact

Min mfg wage (USD/mo) | $330-$400 | $200-$300 | VN lower = slower per-worker savings

Factory density (parks) | ~80 | 324 | VN higher = faster scale + shared learning

Aggressive cell cost (USD) | $105K | $105K | Same hardware cost

Workers displaced (3 shifts) | 13.5 | 13.5 | Same labor reduction

Annual labor savings | ~P4.39M | ~P2.8-3.5M | PH higher absolute savings

Est. payback (months) | 16.9 | 22-28 | PH faster payback due to higher wages

Scale velocity | Slower (fewer parks) | Faster (324 parks) | VN wins on replication speed

The paradox: Vietnam's lower wages mean slower per-worker savings, but its 4x factory density means faster replication and shared learning curves. A Vietnamese electronics park with 50 CNC machines can justify 8-10 cobot cells simultaneously — amortizing integration engineering, IE training, and spare parts inventory across the entire facility.
For the Philippines: The higher wage base actually accelerates payback. The challenge is building the first cell in a lower-density factory environment. The first-mover advantage is significant — competitors who delay 12-18 months will find the labor pool has already shrunk and vendor lead times have lengthened.

Source: G2B.co 2025; PSA 2025; Vietnam GSO 2025; internal payback model


## Slide 25


05

Labor Market Impact

Displacement trajectories, new roles,
and the polarization effect


## Slide 26


Philippine manufacturing shed 150K-424K jobs in 2025 as automation accelerates

2025 PSA EMPLOYMENT DATA
Manufacturing: 49.26M employed (Nov 2025)
Down from 49.54M (Nov 2024)
Decline: 150K-424K jobs year-on-year
Manufacturing subsector: 64,000 positions lost (Oct-Nov 2025 alone)
At-risk: routine physical tasks — material handlers, part loaders, bin movers

DISPLACEMENT TIMELINE
2025-2027 (Pilot): Early adopters deploy pilot cells — small % displaced
2027-2030 (Scale): Internal competency builds, acceleration phase
2030-2035 (Mature): Cobot tending becomes standard — 55% penetration
WEF: 85M jobs displaced globally, 97M created — transition favors higher-skill roles

NEW ROLES EMERGING
Cobot Cell Operator: P400-500K/yr — operates teach pendant, handles changeovers, performs Tier 1 diagnostics
Cobot Maintenance Technician: P450-600K/yr — preventive maintenance, spare parts management, vendor escalation
Industrial Engineer (Cell Optimization): P500-800K/yr — cell layout, cycle time balancing, changeover playbook development
Cobot Programmer / Integrator: P400-700K/yr — PLC integration, custom gripper design, vision system tuning

Source: Philippine Statistics Authority 2025; WEF Future of Jobs Report 2020


## Slide 27


Vietnam's 55M workers face a widening skills gap as automation demand surges

VN WORKFORCE PROFILE
Total workforce: ~55 million
Manufacturing employment: ~18% of total (growing)
Productivity: lags regional peers (Thailand, Malaysia)
Cobot deployment creates demand for Vietnamese-speaking robot technicians — a role that barely exists today.
Government vocational training expansion underway but insufficient for demand.

THE CHINA+1 FDI WAVE
Samsung, Apple, Intel, Foxconn all expanding VN manufacturing.
MNCs demand supplier modernization — cobots are a procurement requirement for Tier 1/2 suppliers.
VN minimum wage (Region I): VND 4.96M/mo (~$200) — lowest in major ASEAN manufacturing.
Skills gap is the #1 constraint on FDI expansion — not labor cost.

Philippines vs Vietnam labor market dynamics:
Philippines: Higher wages (P260K/yr = $4.4K) mean faster cobot payback, but smaller manufacturing base means slower scale. The BPO sector has trained a technically literate workforce that can transition to cobot operation. Risk: labor pool shrinking before automation capacity is built.
Vietnam: Lower wages ($200-300/mo) mean slower per-worker savings, but 324 industrial parks enable rapid replication. FDI-driven demand means MNCs fund supplier automation. Risk: skills gap widens faster than training pipeline can fill.

Source: Vietnam GSO 2025; PSA 2025; ILO Vietnam 2024; B-Company.jp 2025


## Slide 28


The IE function is the competitive moat — not the commodity hardware

HARDWARE = COMMODITY
Any competitor can buy the same:
Elite CS612 from the same distributor
JAKA Zu 12 at the same price
Hardware advantage: Zero

IE CAPABILITY = MOAT
Your IE delivers:
15-min changeover vs. competitor's 4+ hours
Cell reconfiguration: Minutes

WHAT YOUR IE DOES THAT COMPETITORS CANNOT COPY:
1. Cell Layout: Groups machines by cycle time, part family, changeover frequency. Optimal ratio: 2-3 CNCs per cobot. Determines which machines to serve to avoid new bottlenecks.
2. Changeover: Playbooks for gripper swap, program select, fixture adjust, QA check. Target <15 min. Stored job libraries with naming convention: [PRODUCT]-[MACHINE]-[GRIPPER]-v[X].
3. Cycle Balancing: No machine waits idle. Optimal service schedules calculated for each cell configuration.
4. Training: Internal capability for diagnostics, reprogramming, PM without vendor dependency. Documented SOPs that any trained operator can follow.

Wage comparison:
Material Handler: P260K/yr | Cell Supervisor: P400-600K/yr
Industrial Engineer: P500-800K/yr
The wage premium reflects skill scarcity — and incentivizes upskilling.

Source: Internal capability framework; vendor training data


## Slide 29


06

Implementation & Roadmap

42-month phased plan
Vietnam benchmarking lessons


## Slide 30


Four-phase, 42-month roadmap: P10-15.5M investment, 15-20 positions displaced

Phase | Timeline | Actions | Investment (PHP) | Milestone

1. Foundation | Months 1-6 | Hire IE; send 2 techs to China for training; pilot 1 cobot on 1 CNC | P1.5M - P2.5M | Single cell operational, operators trained

2. Scale | Months 7-18 | Deploy 2-cobot cell + AMR; document changeover; evaluate 3rd shift | P3.0M - P4.5M | 4-6 CNCs automated, payback data validated

3. Optimize | Months 19-30 | Expand to 3 cobots + 2 AMRs; predictive maintenance; lights-out runs | P2.5M - P3.5M | 6+ CNCs on 3 shifts, >85% utilization

4. Expand | Months 31-42 | Replicate across product lines; in-house programming; construction R&D | P3.0M - P5.0M | Multiple cells, construction robotics pilot

TOTAL: P10.0M - P15.5M  |  15-20 POSITIONS DISPLACED  |  ANNUAL SAVINGS: P5M+ FROM YEAR 3

Critical success factor: The IE hire in Phase 1 is the highest-leverage decision. A single experienced IE can compress the learning curve by 6-12 months, design cells that achieve 15-minute changeovers, and build internal training capability that eliminates vendor dependency. Budget P500-800K/yr for this role — it pays for itself in avoided integration costs within 3 months.

Source: Internal financial model, vendor quotes, integration estimates


## Slide 31


Risk matrix: six categories with likelihood, impact, and concrete mitigations

Risk | Specific Issue | Likely | Impact | Mitigation

Technology | Vendor support delays (thin global networks) | Med | High | Spare parts inventory; select SE Asia distributor; train internal techs

Technology | Integration complexity (CNC interlocks, signals) | High | Med | Budget 30-80 hrs integration; hire experienced IE; contract first cell

Workforce | Resistance to automation from remaining staff | Med | Med | Upskill-vs-exit policy; retrain handlers as operators (P260K to P400-500K)

Workforce | Skill gap — no internal cobot experience | High | High | Vendor training; pilot cell as learning platform; hire 1 experienced IE

Financial | Payback exceeds 24-month target | Med | High | Conservative modeling; 3-shift commitment; track OEE weekly

Market | Competitor automates faster, captures contracts | High | High | Fast-follower; 12-month pilot-to-scale; build IE as defensible moat

Risk Summary: Highest combined risk = Market speed + Workforce skill gap. Mitigation priority: (1) Hire IE within 30 days, (2) Lock vendor with SE Asia support, (3) Begin operator upskilling immediately. Exit gate at Month 6 if pilot fails to meet OEE targets.

Source: Internal risk assessment; vendor due diligence


## Slide 32


Vietnam as fast-follower benchmark: four lessons for Philippine automation

1. GOVERNMENT INCENTIVES MATTER
VN offers tax holidays, land rent reductions, and customs duty exemptions for high-tech manufacturing equipment. PH BOI incentives exist but are less aggressive. Recommendation: Lobby for cobot-specific investment tax credits.

2. VENDOR LOCALIZATION ACCELERATES ADOPTION
UR, FANUC, and ABB all have VN offices and local integrators. PH has minimal cobot vendor presence. Recommendation: Invite Elite, JAKA, or Techman to establish PH distributor partnerships before competitors do.

3. VOCATIONAL TRAINING PIPELINE IS CRITICAL
VN expanded vocational schools with cobot-specific modules. PH TESDA has limited automation curriculum. Recommendation: Partner with TESDA and Chinese vendors to develop Filipino cobot technician certification programs.

4. FACTORY DENSITY ENABLES FASTER LEARNING
VN's 324 parks create knowledge spillover — best practices travel fast. PH's lower density means each factory must learn independently. Recommendation: Join or form a Philippine manufacturing automation association.

PHILIPPINE ADVANTAGES VN CANNOT REPLICATE:
English proficiency: Enables direct communication with Western cobot vendors, faster technical documentation absorption, and easier integration with MNC quality systems.
BPO culture: 1.3M+ Filipinos work in BPO — a technically literate workforce that understands software interfaces, process documentation, and client-driven quality standards.
US trade ties: PH has preferential trade access to the US market. For export manufacturing serving US clients, PH offers compliance and communication advantages VN cannot match.

Source: Estonia MFA VN Strategy 2025; BOI Philippines; TESDA; BPO industry data


## Slide 33


07

Construction: 3-Year Horizon

Heat stress, outdoor robotics,
and the next automation frontier


## Slide 34


Heat stress will claim 19% of global construction working hours by 2030

ILO HEAT STRESS PROJECTIONS
Construction share of global working hours lost:
1995: 6%  |  2030: 19% (3x increase)
Philippine construction: 9.8% of total workforce
Ambient temps: 35-40C, heat index: 50C+
High voluntary attrition as workers leave for indoor jobs
Recruitment and training costs rising for contractors

CONSTRUCTION ROBOTICS MARKET
2025: $1.53 billion
2034 (projected): $6.27 billion
CAGR: 15.2%
Key categories already commercial:
Autonomous earthmoving (Built Robotics)
Rebar tying (TyBOT)
Layout robots (Dusty Robotics)
Demolition robots (Brokk AB)

The 3-year lag thesis: The same Chinese ecosystem that cut CNC/cobot costs now targets construction. Sany, XCMG, Zoomlion integrate autonomy into export machines. Costs follow the same 40-60% discount pattern.
Implication: Manufacturing cobot competency (programming, IE cell design, maintenance protocols) directly transfers to construction robotics deployment in 2028-2030. The IE you hire today for CNC tending will design the construction robot cell of 2029.

Source: ILO Working on a Warmer Planet 2019; Grand View Research 2025; PSA 2025


## Slide 35


The Window is
12-18 Months

The 12-18 month competency window is closing.
Competitors in China, Vietnam, Indonesia deploy cobots at scale today.
Hardware is commodity. Capability is the moat.
Start with one pilot cell. Build the IE function.
Scale with conviction.

1. Hire IE within 30 days

2. Issue RFP to 3 cobot vendors within 60 days

3. Deploy pilot cell within 6 months

16.9

MONTH PAYBACK

P5M+

ANNUAL SAVINGS YR 3

12+

COBOT BRANDS EVALUATED

June 2026 | Strategic Operations Assessment