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A proven automotive precision-manufacturer localizing core AI data-center thermal components with metal additive manufacturing.

Technology at a Glance

One foundation, three growth engines

We extend 20 years of IATF 16949 precision volume-manufacturing DNA into three growth engines — an AI autonomous AM ecosystem platform, AI data-center thermal management built on metal AM (AAM), and AR optical film — evolving from an automotive supplier into a global deep-tech company.

A proven mass-production foundation

6M+
parts produced / year
18
government R&D programs
4
quality & environmental certs
Since 2019
metal-AM business in-house

Growth Engine ① 196-hour autonomous AM operation

Building an End-to-End AI autonomous AM platform and a distributed manufacturing ecosystem (AM-as-a-Service) across design–build–post-processing–inspection–delivery.

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Growth Engine ② AI Data-center Cooling Heat Exchanger

Free-form metal AM design enables high-efficiency cooling heat exchangers, localizing core AI data-center liquid-cooling parts.

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Growth Engine ③ AR Optical Film

A national-R&D local-dimming variable-transmittance film for AR/VR — extending our volume process and equipment into next-generation displays.

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Growth Engine ① · AI Autonomous AM Ecosystem

196-hour unmanned autonomous AM operating system

An AM operating system that unifies design, build, post-processing, inspection and delivery into one digital operating system, aiming for up to 196 hours of unmanned autonomous operation. Three layers — autonomous build (Front-end), AI post-processing automation (Back-end) and integrated operations software — connect the End-to-End value chain and extend it into a distributed manufacturing ecosystem (AM-as-a-Service).

Front-end · Autonomous build

A cartridge-based in-line build and de-powdering process aimed at up to 196 hours of lights-out operation, raising machine utilization and production stability together.

Back-end · AI post-processing

De-bedding, support removal, precision machining and 3D inspection linked into a single AI-based automation, removing post-processing bottlenecks and manual dependence while standardizing quality.

Operations SW · Agentic AI

AM-dedicated operations software (MES·QMS) that threads order–design–build–post-processing–inspection–delivery into one digital thread, running a distributed manufacturing supply chain as one.

Technology Roadmap

Toward 196-Hour Unmanned Autonomous Operation

The phased development path that validates and completes the core autonomous-build, AI-quality and unmanned-operation technologies, step by step.

  1. Phase 1 · Foundation

    Autonomous build process & AI monitoring baseline

    Establish the large-format PBF build process window, design melt-pool and in-process monitoring sensor systems, and build an Energy-Map (optical) based real-time AI quality-monitoring prototype.

  2. Phase 2 · Automation scale-up

    Multi-laser large-format build + post-processing automation

    Optimize large-build printing under simultaneous Quad (4-channel) multi-laser control, automate depowdering and post-processing for volume production, and build AI defect classification/prediction models with a process–quality database.

  3. Phase 3 · Unmanned operation proof

    Unmanned continuous line integration & reliability

    Integrate and autonomously control an unmanned continuous line threading design–build–post-processing–inspection, run real-time defect inspection and full Micro-CT non-destructive quality verification, and secure long-duration unmanned continuous-operation reliability.

  4. Phase 4 · Mass production & ecosystem

    196-hour unmanned operation & AM ecosystem expansion

    Complete the 196-hour unmanned autonomous operation proof and volume-production yield validation, establish standard process and quality-certification frameworks, and expand into a symbiotic root-enterprise AM-as-a-Service ecosystem and global supply chain.

AM Ecosystem Expansion

An AM ecosystem in symbiosis with root-industry SMEs

Built on the 196-hour autonomous AM operating system, we offer root-industry partners nationwide a new AM business they can adopt with software and process standards alone — no large capital investment. Existing 5-axis machining, casting and mold capabilities convert into advanced AM post-processing, growing together through a distributed manufacturing network — a symbiotic model.

An AM ecosystem in symbiosis with root-industry SMEs
AI-based End-to-End value-chain operations
  1. 1

    Existing root-industry capability

    Nationwide partners with long-proven manufacturing capability — 5-axis precision machining, casting, molds, heat treatment.

  2. 2

    Connect to the AM platform (AaaS)

    Connected to the 196-hour autonomous system and operations SW — AM conversion with software and process standards alone, no large capex.

  3. 3

    Shift into advanced AM business

    Enter advanced-part post-processing as a new business via a distributed manufacturing network — customers and partners grow together.

Global market

Global metal AM (PBF) market growth

CAGR ≈ 18%

PBF (Powder Bed Fusion) is the core process of metal additive manufacturing. The global AM market is projected to grow from about $21.8B in 2024 to about $115B in 2034 — over 18% CAGR — a fast-expanding opportunity for an autonomous AM operating platform.

Source: global AM market estimate (industry outlook).

Growth Engine ② · AI Data-center Cooling Heat Exchanger

AI data-center cooling heat exchangers — localizing liquid-cooling core parts

Soaring rack power makes liquid cooling mandatory — and the localization gap in core heat-exchange parts is the opportunity.

$271B
AI DC liquid cooling market (2035E)
35.5%
AM heat-exchanger segment CAGR
~70%
Imported CDU heat exchangers in Korea (localization gap)
First in Korea
Metal-AM integrated heat exchanger volume production
Why Now

An inflection point

  • From the GB300 era (100kW+/rack), air cooling hits its limit — liquid cooling becomes mandatory
  • Domestic CDU core parts rely on imports; no local AM volume production
  • Proven manufacturing capability aligns with government R&D funding
Market Size

AI data-center liquid-cooling market is exploding

+18.2% CAGR

$48B (2025) → $271B (2035), 18.2% CAGR. Unit: USD billion ($B). Source: industry market forecasts.

5 in-house machines 6 application sectors Metal-AM 20%+ CAGR

Vertically integrated AM platform

We develop and run the The Metal 200/300/500 printers and post-processing automation (CY-CNC, DP400) ourselves, internalizing the full cycle — design, printing, post-processing, inspection. That means direct control of cost, lead time and quality, with no equipment dependency.

Multi-market application portfolio

Starting with data-center cooling, we expand into EV motors (copper hairpins), aerospace, medical implants, defense and precision molds — diversifying away from single-market dependence and creating upside optionality.

Volume-grade quality DNA

Our goal is repeatable volume-grade quality, not one-off prototypes. We transplant our IATF 16949 production culture into AM and add AI-based in-process inspection — a fundamental differentiation from prototype shops.

In-house materials & IP

We validate core metals such as SUS316L and pure copper in-house and support new-material development, while expanding an AM and heat-exchange design patent portfolio to build defensible technology assets.

Growth Engine ② · Execution

Land & Expand — from parts to systems

Start from the most validated part supply, then differentiated products, then global markets — expanding step by step.

Phase 1 · Heat exchanger (HX)

Develop metal-AM integrated heat exchangers and supply validation loops/CDUs to secure first references.

Phase 2 · Negative-pressure HX

Expand to leak-free, negative-pressure differentiated products for domestic and global customers.

Phase 3 · Global market entry

Building on validated products and technology, expand to overseas customers and markets — entering global data-center and mobility markets.

A multi-layered, hard-to-copy moat

Full-cycle localization — design, inspection, post-processing, validation and materials.

In-house metal 3D printers

The Metal series (affiliate CY Metal) for cost and lead-time control.

Proven volume quality

20 years of automotive volume-production DNA — an IATF 16949 quality system delivering 6M+ parts/year under 100 ppm, applied directly to AM mass production.

Negative-pressure fail-safe

Turns leaks into suction by design — eliminating the data center's biggest risk.

IP & certification roadmap

4 registered patents → 13+ target; pursuing ASME, PED, UL international certifications.

Growth Engine ③ · AR Optical Film

An ultra-light, thin optical film that transforms AR visibility

As lead institution of a MOTIE/KEIT display-innovation national R&D program, we developed a local-dimming, variable-transmittance film cell for AR/VR devices — extending our in-house volume-production process and equipment capability into next-generation display components as a second growth axis.

VR/AR 29.8% CAGR National-R&D lead Local Dimming

The problem · AR visibility

In bright environments, ambient light washes out the virtual image and degrades AR visibility (ambient contrast ratio). Our local-dimming approach selectively dims only the image area while keeping overall see-through transparency.

Differentiation · large-area, fast drive

A Guest-Host liquid-crystal design delivers large-area, fast-response, low-voltage and uniform (LCD-class) operation versus electrochromic, with Haze-Free clarity and curved AR-lens lamination.

In-house volume process

We developed the volume process and equipment ourselves — R2P imprint process and machines, LC coating, and local-dimming ITO wiring film. The core advantage is process technology built for mass production, not prototyping.

Traction

Results, not promises

  • Profitable precision-parts manufacturer · 6M+ parts/year
  • 18 government R&D programs delivered (pre-validated technology)
  • IATF 16949 · AS9100D · SQ · ISO 14001 certified
Impact (ESG)

Localization + sustainability

  • 20–40% lower cooling power (data-center energy efficiency)
  • 100% recyclable SUS316L & pure copper (no Pb/Sn)
  • Supply-chain localization and job creation by replacing imports

Investment & partnership inquiries

For details on our business and collaboration, please contact our headquarters.

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This page contains forward-looking statements about business and markets and is not an offer to invest. Market figures are estimates based on public industry data; actual results may differ.

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