Programmable control, lab‑grade results
JSON‑based thermal workflows and calibrated sensing deliver robust, repeatable outcomes.
Revolutionizing Diagnostics with Portable Biochips
Rapid, accurate, and portable diagnostics universally accessible through scalable biochip platforms.
Make diagnostics as simple as a CLICK
We build a programmable biochip and handheld system that delivers < 30‑minute lab‑grade results anywhere
starting from water quality, scaling to food safety, and paving the way to medical/pharma applications.
From water qualityfood safetymedical/pharma to where decisions are made.
≤30 minruntime
Handheldlow power
Lab‑graderesults
JSONworkflows
Company Philosophy
Engineered for Trust, Built for Scale
We design a programmable biochip platform that brings lab‑grade diagnostics to the field in < 30 minutes—from water and food to medical applications.
Full telemetry & traceability
Temperature, PWM, and sensing logs support QA, research, and regulatory pathways.
Robust hardware + software stack
Low‑power handheld design with fail‑safe control and validation routines.
One platform, many assays
Modular control, sensing, and microfluidics adapt from R&D to pilot production.
Roadmap
From Water to Pharma
We scale the same programmable platform across domains.
Field‑portable rapid screening
Phase 1
- LAMP/PCR assays for pathogens and indicators
- Capacitive sensing deltas pre/post reaction
- Rugged handheld workflows
On‑site quality assurance
Phase 2
- Multiplex assays for contaminants
- Traceable logs & dashboards
- Pilot‑line integration
Toward regulated diagnostics
Phase 3
- Clinical‑grade validation pathways
- Security & data governance
- Partner ecosystems
What We Deliver — For Your Role
- Iterate in software — JSON workflows for PCR/LAMP (cycle counts, holds, ramps). No hardware changes.
- See amplification trends — Capacitance deltas at each extension step; export raw traces (CSV/JSON) for your models.
- Standard curves faster — Built‑in modules for Ct/thresholding alternatives, calibration, and batch comparison.
- Reproducible runs — Telemetry for temperature, PWM, and sensors with per‑run timestamps for auditability.
- Open tooling — Python/Matlab SDK and example notebooks to automate screens and analyze results.
≤30 mintime‑to‑result
<10 minsetup & training
JSONprotocol control
Full logstemp / PWM / sensor
- On‑line/at‑line checks — Portable assays for incoming materials or finished goods; fast pass/fail criteria.
- Traceability by default — Lot/line/user annotations; auto time‑stamps; export to CSV/JSON for MES/LIMS.
- Locked SOPs — Versioned JSON protocols with role‑based access and checksum to prevent drift.
- Calibration & QC — Controls, repeatability reports, and trend charts for audits.
- Rugged & low power — Battery/USB‑C handhelds with sealed microfluidics minimize contamination risk.
Audit‑readyreports & logs
Role‑basedSOP control
MES/LIMSCSV/JSON export
Ruggedfield‑safe design
- On‑site answers — <30‑minute results where samples are collected; no cold‑chain back‑and‑forth.
- Simple operation — Prefilled cartridges, guided steps, and automatic timing.
- Works anywhere — Offline mode with GPS/time stamps; sync when connected.
- Clear decisions — Thresholds or trend visuals; printable PDF/QR reports for inspections.
- Safe handling — Sealed microfluidics and disposable components reduce exposure risk.
Batteryor USB‑C
Offlinewith sync
QR/PDFreports
Sealedcartridges
- Validation pathway — Controls, calibration, and documentation to support CLIA/IVD‑R/TFDA readiness.
- Connectivity — APIs and LIS integration options; data governance & security best practices.
- Multi‑channel roadmaps — Scaling toward higher throughput and multiplex assays.
- Partner programs — Co‑development with clinical advisors and reference labs.
- Transparent metrics — Precision, repeatability, and limit‑of‑detection tracking.
Roadmapregulated use
LISintegration
Controls& calibration
Security& governance
We've built EVERYTHING you need for next-gen diagnostics
Fully Programmable
BioFPGA-P TempNet supports custom PCR/LAMP thermal profiles via JSON workflows. No hardware redesign needed — iterate protocols in software, accelerate R&D from days to minutes.
Lab Accuracy, Handheld Size
Ultra-low-power design delivers 30-minute results with lab-grade precision. From clinic counters to field testing — diagnostics are now truly portable without compromise.
Seamless Integration
Thermal control + CapSense + Microfluidics + APIs in one platform. Full data pipeline with logs, trends, and export — ready for your assay, POCT device, or production line.
Technology Stack
BioFPGA-P TempNet
Programmable Thermal Control
Segmented temperature steps, feedback control, and JSON workflow engine for PCR/LAMP.
CapSense
Capacitive Sensing & Analytics
Pre/post-reaction deltas, time-series trends, and exportable data for external algorithms.
Microfluidics
Integration & Packaging
Chambers, oil sealing, and packaging—validated from prototype to pilot production.
Thermal Cycling
Interactive Simulator
* Simplified single-slope heating/cooling. Playback speed = 10×.
Key Metrics
Example data for presentation. Replace via the
METRICS JSON in the script.
Use Cases
R&D
Parameter Screening
Edit JSON. Run. Compare — 20–50 conditions/day without hardware changes.
Assay Dev
From Benchtop to POCT
Same JSON on bench and handheld; capacitance trend QC at each extension.
Manufacturing
Quality Assurance
Locked SOPs; lot/line/user annotations; CSV/JSON export to MES/LIMS; calibration & trend logs.
Field
<30-min On-Site Answers
Offline with GPS/time stamps; sync on connect. QR/PDF reports; sealed microfluidics.
Resources:
Whitepaper & App Notes ·
JSON Templates ·
Example Notebooks ·
Patents
Partner Programs:
Co-develop assays ·
Pilot line ·
Validation
Roadmap
Q4 2025
Platform v1.0 release, developer docs, pilot projects with partners.
H1 2026
Expanded modules (optical readout placeholder), enhanced APIs and data tooling.
H2 2026
Pilot manufacturing support, QA templates, and calibration kits.
Get in Touch
Tell us about your project—we typically respond within 2–3 business days.
Company Info
- Advanced BioChips Inc. (ABChips)
- Email: info@ab-chips.com
- Address: No. 75, Boai Street, Hsinchu 300, Taiwan Bio-ICT Building 904, 905
- Unified Business No. (optional)