HardwareHsinchu Science Park, TaiwanFounded 1996· One of 1757 Hardware companies tracked by AMPulse
Develops ComeTrue® series full-color and ceramic 3D printers using binder jetting technology, complemented by CurieJet® piezoelectric micropumps and inkjet printheads for OEM/ODM solutions
CEO / Founder
Mo Haoran
Team Size
501-1000
Stage
Established
Total Funding
$617.0M
Latest Round
IPO
Key Investors
Public Market
Technology & Products
Key Products
ComeTrue® Full-Color 3D Printers; ComeTrue® Ceramic 3D Printers; CurieJet® Piezoelectric Micropumps; Inkjet Printheads; Inkjet Print Cartridges
Technological Advantage
Patented binder jetting process achieving high-resolution full-color and ceramic prints; over 2,000 patents worldwide protecting core technologies; proprietary piezoelectric microfluidic technology
Differentiation
Value Proposition
Provides cost-effective full-color and ceramic 3D printing solutions with proprietary binder jetting technology, enabling detailed prototypes and end-use parts at lower operational costs
How They Differentiate
Specializes in binder jetting for full-color and ceramic materials at lower cost than competitors; proprietary piezoelectric technology enables precise fluid control; vertical integration reduces dependency on third-party components
Market & Competition
Target Customers
Industrial manufacturers, OEM/ODM partners, and businesses requiring full-color or ceramic 3D printing
Publicly traded company with 500+ employees; paid-in capital of NT$617 million (~$19M USD); recognized with Taiwan Excellence Award, Science Park Innovation Product Award, National Invention Award
Major Milestones
1996: Company founded; 2012: Platinum Award at Taipei International Invention Show; 2013: Platinum Award for powder filtering device and 3D slicing method; Multiple wins: Science Park Innovation Product Award, National Invention Award; Public listing on Taiwan stock exchange
MicroJet, based in Hsinchu Science Park, Taiwan, positions itself as a cost-competitive alternative to Stratasys, 3D Systems, and HP in the binder jetting segment. Founded in 1996, the company has built a vertically integrated hardware business around its ComeTrue series of full-color and ceramic 3D printers, which use binder jetting technology to produce detailed prototypes and end-use parts. Unlike many printer OEMs that rely on third-party printheads, MicroJet manufactures its own CurieJet piezoelectric micropumps and inkjet printheads, reducing component dependency and enabling tighter process control.
The company's core technology combines binder jetting with proprietary piezoelectric microfluidic systems, achieving high-resolution prints in full color and ceramic materials such as alumina and zirconia. This approach targets industrial manufacturers, consumer goods firms, medical device makers, and educational institutions that need cost-effective, non-metal additive manufacturing for visual prototypes, molds, or ceramic components. MicroJet also offers OEM/ODM solutions, supplying inkjet printheads and cartridges to other equipment builders.
MicroJet is publicly traded on the Taiwan stock exchange with a paid-in capital of approximately NT$617 million (about $19 million USD) and over 500 employees. It has received multiple Taiwan Excellence Awards and Science Park Innovation Product Awards. The company's patent portfolio exceeds 1,600 filings globally, with a concentration in micropump and microfluidic technologies. A key partnership with Super 3D Plus Inc supports distribution and application development.
The main competitive risk for MicroJet is the dominance of HP's Multi Jet Fusion and 3D Systems' ColorJet Printing in the full-color polymer market, as well as the rise of ceramic binder jetting from players like Desktop Metal and ExOne. MicroJet's vertical integration and lower-cost positioning offer a moat in price-sensitive segments, but the company must continue to scale material options and throughput to win larger industrial accounts.