One partner, full value chain
Seamless handover and vertical integration. Complete supply-chain capability spanning semiconductor-class fabs, system integration and component plants — a single point of contact from planning through operations.
Intelligent Automatic Solutions ／ Smart Healthcare
Give pharmacists back
their expertise.
Automation proven on semiconductor-grade production lines, now inside the hospital pharmacy, warehouse and ward. Sun Innovation Technology combines hardware and software into smart solutions that actually deploy — the repetitive, high-risk work goes to the machine, so clinical staff return to what only they can do.
0＋automation units deployed
0＋intelligent projects delivered
0＋total deployments to date
／ 01 — The Context
Demographics are reshaping
every shift on the ward.
Taiwan’s population peaked in 2019 and has declined since, with the working-age population shrinking fast — while the elderly population and its medical demand keep climbing. When more people need care and fewer people can give it, the load on clinical staff only grows. Human-machine collaboration through AI and automation is no longer optional.
Population Peak
0M
Population peaked at 23.6 million in 2019 and has declined since; the mid-range projection for 2070 is 14.97 million.
Aging Ratio
>0%
Share of population aged 65+: about 12% in 2014, passing 20% in 2025 — formally a super-aged society.
Utilization
0–0×
Elderly patients use medical services at roughly 3–5 times the rate of younger cohorts.
Outpatient 2030
>000 M visits
Outpatient visits are projected to exceed 400 million by 2030, widening the staffing gap.
The repetitive, the high-risk — to automation.
Doctors, pharmacists, nurses — back to expertise.
Sources: National Development Council population projections; Ministry of Health and Welfare / National Health Insurance Administration.
／ 02 — Who We Are
We did not start in healthcare.
We brought manufacturing-grade automation into it.
Sun Innovation Technology works with INNOLUX IAS — the Intelligent Automatic Solutions Business Unit — carrying over hands-on automation experience from semiconductor-class fabs, system integration and component plants. These solutions ran and were validated in our own facilities before they ever entered a hospital.
Deep engineering, proven in the field
Over 5,000 deployments to date — more than 4,000 automation units and over 1,000 intelligent projects. Not proofs of concept; systems actually running.
Integrated hardware and software, across domains
System integration across multiple fields with a full APIO product line: mechanics, electrical control, machine vision, software and HIS integration delivered as one.
Core Competency ／ Six Capabilities
Process design + simulationCyber-physical integrationModels & algorithmsDigital transformation deliveryCustom electromechanical designAgile developmentProven in our own facilitiesStrong academic partnerships
／ 03 — Solution Map
From the drug store room to the bedside,
one continuous automated flow.
Smart pharmacy, warehousing and logistics, nursing care, medical aid — these four domains are not isolated islands. AMR transport plus HIS and pharmacy-management integration link them into a continuous flow of goods and information across the hospital. We offer both productized and fully customized solutions.
SITE LAYOUT ILLUSTRATION
Smart Pharmacy
Checkit dispensing cabinet, SMART PCD chemotherapy compounding device, anesthesia dispensing system, KCl dispensing machine.
- Unified dispensing workflow — prescription, picking and status in one view
- AI image recognition verifies every pick
Warehouse & Logistics
Smart warehousing and distribution, MedMatch stock verification, drug and supply transport.
- Simulate first, then deploy — precise warehouse space planning
- Inventory visibility with real-time data
Nursing Care
Medical supply identification system, smart wards, nursing station supply management.
- Automatic capture of item, lot, expiry, UDI and quantity
- HIS integration with traceable image records
Medical Aid
AMR autonomous mobile robots, surgical instrument transport, medication cart and drug delivery.
- Intelligent path planning and task dispatch
- Interlocks with elevators, automatic doors and collaborative arms
System Integration
HISPharmacy Management SystemWMS ／ WCSMESProductized solutionsCustom solutions
／ 04 — Flagship Product
SMART PCD
Pharmacy Compounding Device
A fully enclosed robotic compounding system, designed and manufactured entirely in Taiwan. Inside an ISO 5 cleanroom chamber, a robotic arm and automation system integrate dynamic AI image recognition to compound oncology medication precisely, prevent contamination, and keep every dose consistent with the prescription.
SMART PCD STANDARD
Pharmacist × AI Collaboration
Five design principles
- Automated precision compounding Weighed before and after aspiration — dual dose verification against the prescription, raising patient medication safety.
- Occupational safety for pharmacists Fully negative-pressure containment and contact-free compounding; automatic Spike connector insertion eliminates needlestick and exposure risk.
- Lower operating cost Works with off-the-shelf consumables, keeping procurement flexible; residual-drug management reduces waste.
- Modular design Largest drug payload in its class, so fewer loading cycles; smallest footprint in its class and separable for assembly, minimizing move-in clearance.
- Full traceability HIS integration with report export supports downstream electronic recordkeeping.
Automated Compounding Sequence ／ Eight Steps
01Identify
02Grip
03Weigh
04Aspirate
05Inject
06Weigh
07Spike
08Complete
The pharmacist verifies the prescription, which the HIS transmits to the device. Once loading is complete, dynamic AI optical inspection starts; the pharmacist confirms loading accuracy a second time, and the robotic arm begins compounding. When finished, the pharmacist opens the safety door to retrieve the preparation — vials and syringes are discarded automatically into the internal waste bin, and every step is logged.
AI Optical Inspection
It catches what is right — and what is wrong.
The AI optical inspection module verifies accuracy at the loading stage. It checks not only whether something is present, but whether it is the correct item.
- Case 1 ｜ Short count Drug A requires 4 vials, only 3 loaded → the system alerts the pharmacist that 1 vial is missing.
- Case 2 ｜ Wrong item Drug A requires 4 vials, drug B loaded by mistake → the system alerts that 4 vials of drug A are missing.
Dynamic AI optical inspectionDual gravimetric verificationAutomatic Spike insertionPowder reconstitutionResidual drug management
SMART PCD MINI ／ 56% OF STANDARD VOLUME
Specification ／ Version Comparison
Standard and Mini
| Item | Standard | Mini |
|---|---|---|
| Dimensions (W × D × H) | 1961 × 1163 × 2158 mm | 1200 × 900 × 2000 mm |
| Volume ratio | 100% | 56% (44% smaller) |
| Module separation | Into 4 modules | Into 3 modules |
| Min. move-in clearance (H × W) | 1.85 m × 0.65 m | |
| Compounding throughput | 56–80 bags ／ 8 hours | — |
| Cleanliness class | ISO 5 (US Fed. Std. 209 Class 100), negative pressure | |
| Consumables | Off-the-shelf; no proprietary lock-in | |
| System integration | HIS integration with report export | |
※ Actual specification and throughput vary with prescription mix, drug items and compounding volume. The mutually confirmed specification document governs.
Six Benefits
Not just precision — the waste that imprecision causes, eliminated.
Patient medication safety
Manual compounding error runs at roughly <10%; SMART PCD holds <5%. Beyond precision, it cuts more than half the waste caused by error — and residual-drug management saves more still.
Equivalent to 1.5–2.2 pharmacists
One medical center averages 220 bags per day across 6 pharmacists; SMART PCD compounds 56–80 bags per 8 hours — the pharmaceutical service output of 2.2 pharmacists, handled by the device.
Lighter compounding load
Drugs qualified on the device cover 70%＋ of the hospital formulary, easing 30%＋ of the load per unit. Concentrating single high-volume preparations by adjusting prescription timing raises that share substantially.
Protects pharmacists and nurses alike
The Spike connector is fitted automatically on completion, so nurses can use the preparation directly — removing the hand injury and leakage risk of manual Spike insertion. Friendly to pharmacists, and protective of nurses too.
Lower consumable cost
Using standard hospital consumables saves NT$130 per bag. Standard version: over NT$8M saved annually (based on 220 bags/day × 280 days). Mini: over NT$4M annually (120 bags/day × 280 days).
No structural renovation cost
The modular chassis separates for transport and reassembles inside the compounding room, adapting to varied move-in routes. Minimum door clearance is just 1.85 m × 0.65 m — no wall or door demolition, and none of the structural cost that follows.
Cleanliness Validation
Measured well inside the specification limit.
| Particle size | Max. permitted (particles/ft³) | Measured at test points |
|---|---|---|
| ≧ 0.5 μm | ≦ 100 | 17 ／ 30 |
Per US Federal Standard 209, Class 100 = ISO 5. Testing covers air cleanliness, HEPA filter integrity, airflow velocity, smoke pattern, noise and illuminance — matching the items recommended in the 2020 Guidelines for Safe Handling of Hazardous Anticancer Drugs.
／ 05 — Smart Pharmacy
Smart Pharmacy
The dispensing bench, controlled anesthetics, and high-alert drug preparation — the three most time-consuming and error-prone points in the pharmacy, addressed respectively by electronic management, automated issue and return, and high-precision dispensing.
CHECKIT AUTOMATED DISPENSING CABINET
Checkit
Checkit Dispensing Cabinet
Guidance lighting and e-paper labels make drugs fast to identify and manage, cutting dispensing error rates. Throughput stays smooth even at peak prescription hours, and visible dispensing records support staffing and process planning.
- Storage-location guidance lights Light-guided picking reduces the risk of selecting the wrong drug.
- Adjustable drawer dividers and shelves Storage reconfigures freely for different drug formats.
- E-paper drug information labels Accurate identification with instant updates, saving labor cost.
DispenseReturnRestock (batch)Stocktake (batch)Location & light controlManagement reportsLow-stock alertsConfiguration
- Value-add ｜ Quantity display module Clear quantity guidance reduces error.
- Value-add ｜ Pick sensing Sensors or AI vision log picking automatically and confirm accuracy.
- Value-add ｜ Extensibility Modular design scales to different clinical settings.
Anesthesia Guard System
Anesthesia Dispensing & Recovery System
Automation raises drug supply efficiency and lowers management risk, easing scheduling pressure on nursing and pharmacy staff.
- Automation shortens drug issue time
- Improves management efficiency, medication safety and accuracy
- Supports rapid intraoperative replenishment
- Reduces drug waste and loss risk
- Strengthens postoperative medication records and tracing
ANESTHESIA + GUARD SYSTEM
AUTOMATIC KCl DISPENSING MACHINE
KCl Dispensing
Automatic KCl Dispensing Machine
Batch preparation on a standardized flow reduces repetitive pharmacist workload, raising supply efficiency and medication safety while easing staffing pressure.
- Automated aspiration with on-demand preparation for urgent orders
- High-precision dispensing improves management efficiency and medication safety
- From order intake to labeling, the whole flow runs automatically
- Systematic operation reduces waste and staff workload
／ 06 — Warehouse & Logistics
Warehouse & Logistics Solutions
AGVs combined with a central data system raise space utilization across clinical facilities, improve inventory timeliness, shorten delivery time, support supply allocation and management, and reduce physical strain.
IN-HOUSE DEPLOYMENT
Smart Distribution & Warehousing
Simulate first. Then deploy.
- Precise warehouse space planning Substantially lowers build-out risk.
- Inventory visibility Real-time data for faster, better decisions.
- Automated picking Lighter workload, higher throughput.
- Modular design Expands without friction, maximizing space efficiency.
Tote AGVForklift AGVShuttleLiftShuttle dense storagePallet storageTote storageWMS ／ WCSCleanlinessTemp. ／ humidityRFIDCCDFace recognitionBarcodeDimension checkWeight check
Estimated Impact
Capacity+0%
Space utilization — total capacity up 200%.
Picking+0%
Picking efficiency up 70%.
Labor−0%
Operating headcount down 60%.
MedMatch
MedMatch Stock Verification
No more reliance on manual counting. MedMatch combines AI image recognition with system integration to raise verification accuracy and throughput.
- Replenishment lands right Inbound and outbound verification keeps quantities exact.
- Traceable stocktaking Data logged in real time; the whole process is auditable.
- Less labor, fewer errors Automation lowers the risk of human mistakes.
- Flexible drug database Managed to each hospital’s needs, keeping data accurate.
Pain Point ／ Manual Workflow
Receiving and verifying drugs is slow and labor-intensive — one medical center spends roughly 12 staff-shifts and 14 hours per day on it. Item and quantity errors from human oversight stem from lookalike packaging, soundalike names, identical drugs at different strengths, and label confusion.
| Specification | Detail |
|---|---|
| Drug formats supported | Oral, topical, liquid, injectable |
| Recognizable drug items | 500＋ |
| Recognition output | Drug name ＋ quantity |
| Recognition speed | < 2 seconds per frame |
| Accuracy | ≥ 95% |
| Network | Hospital intranet |
| Management system | Integrates with pharmacy management for live stocktaking |
| Reporting | Report export for audit and traceability |
／ 07 — Nursing Care & Medical Aid
Nursing Care & Medical Aid
Free nurses from paper records and long-distance transport — supply identification solves recording and charge capture; AMR solves the walking and hauling.
MEDICAL SUPPLY IDENTIFICATION ／ BEFORE AND AFTER
Medical Supply Identification System
Medical Supply Identification System
Barcode and QR Code technology automatically captures item, lot number, expiry, UDI (Unique Device Identification) and quantity for medical supplies, integrating with hospital information systems to raise management efficiency and safety of use.
ItemLotExpiryUDIQuantityAuto-upload to HIS／ERPTraceable image records
Autonomous Mobile Robot
AMR Autonomous Mobile Robot
Autonomous vehicles with a central data system shorten delivery time, support supply allocation and management, reduce physical strain and raise operational efficiency.
- Autonomous transport, on time Intelligent path planning and task dispatch keep supplies arriving reliably.
- Free up staff for care Less hauling means clinical staff return to high-value work.
- Visible flow, better control Transport status and records in real time make scheduling more flexible.
- One robot, many loads Modular carriers handle drugs, medication carts and instruments alike.
Drug ／ cart transportSurgical instrument transportDrug deliveryDrug ／ supply transportOHS
| Specification | Detail |
|---|---|
| Payload | 250 kg |
| Travel speed | 1 m／s |
| Carrier design | Customized to requirement |
| Battery | High-cycle-life lithium |
| Runtime & charging | 8–12 hours per charge; auto-docking or quick swap |
| Connectivity | Wi-Fi 6, 5G or private industrial network |
| Management system | Integrates with WMS or MES for multi-robot dispatch |
| Facility interlock | Elevators, automatic doors and collaborative arms |
| Deployment study | Simulates daily throughput and replenishment frequency ahead of rollout |
Safety Certification
ISO 3691-4EN 1175EN 12895
EN／IEC 61000-6-1/2/3/4EN／IEC 61000-3-2/3
SEMI S17-0319
Estimated Impact
Delivery+0%
Operations — delivery efficiency up 60%.
Accuracy0%＋
Delivery accuracy above 99%.
Labor−0%＋
Staff value — transport headcount down about 50%＋.
Ergonomics−0%
Occupational safety — musculoskeletal injury down 60%.
／ 08 — Installation & Service
Delivery is where the partnership begins.
A specialist technical team and a complete after-sales structure keep equipment running reliably after handover and resolve issues at the point of use, helping hospitals raise operational efficiency and safety.
Installation Schedule
STEP 01Move-in & assembly1 day intact; 2 days if separated, reassembled and recommissioned
STEP 02Sealing & environmental testing2 days
STEP 03System commissioning2 weeks (HIS integration, optical inspection, robotic arm)
STEP 04Settle plate testing4 days ／ cycle
Monthly maintenance
- Computers (recognition, CTDS)
- Imaging: webcam, CCD, lenses
- Lighting system
- Robotic arm
Quarterly maintenance
- Cleanroom-grade slide tables
- Linear rails, bearings
- Springs, motors
Annual maintenance
- Filters
- Load cells
- Environmental testing
Response SLA
Response Mechanism
- On site within 4 hours for major faults Remediation plan proposed within 24 hours.
- OEM spare parts program Common spares pre-positioned in regional warehouses for immediate dispatch and fast replacement.
- Scheduled inspection ＋ emergency repair On-duty engineers provide on-site support; faults resolved on site or on call.
Service Flow
01Customer reports faultIntake and initial assessment
02On call ／ on site resolutionOn-duty engineer support
03Customer confirms resolutionEngineers continue if unresolved
04Customer signs service order → closedRecords retained
／ Contact — Start a Conversation
Intelligent automation,
and a partner worth trusting.
We deliver innovative solutions that strengthen our clients’ competitive position. Write to us with your site conditions and requirements, and we will arrange a survey and deployment assessment.
COMPANYSun Innovation Technology Co., Ltd.
EMAIL[email protected]
SOLUTIONSHC Smart Healthcare Solutions
PARTNERINNOLUX IAS — Intelligent Automatic Solutions Business Unit