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Sinter Plate Technology

Post-ProcessingHangzhou, Zhejiang, ChinaFounded 2017· One of 132 Post-Processing companies tracked by AMPulse

Develops and manufactures sintered filter elements for industrial dust collection and powder recovery in metal additive manufacturing.

CEO / Founder
Yang Wei
Team Size
51-200
Stage
Active
Total Funding
$5.6M
Latest Round
Pre-Series A
Key Investors
Oriza Seed; Hangzhou High-tech Investment

Technology & Products

Key Products

Sintered plates; Sintered filter cartridges; Sintered plate dust collectors; Plastic sintered plate dust collectors

Technological Advantage

Claimed: Sintered filters provide superior durability and filtration efficiency for fine metal powders compared to traditional fabric filters.

Differentiation

Value Proposition

Provides specialized sintered filtration media for efficient metal powder recovery and gas purification, ensuring safety and material reuse in industrial 3D printing.

How They Differentiate

Focuses on sintered plate technology specifically for the metal AM value chain, providing localized filtration solutions for powder management in the Chinese market.

Market & Competition

Target Customers

Metal additive manufacturing companies and industrial facilities requiring gas purification.

Industry Verticals

Industrial; Metal Additive Manufacturing

Competitors

Herding Filtertechnik; Donaldson Company; Bofit (Suzhou) Environmental Technology

Growth & Milestones

Growth Metrics

Recognized as a 'Specialized and Sophisticated' SME in Zhejiang; Supplies filter elements to over 80% of major Chinese metal AM OEMs

Major Milestones

["2017: Company founded in Hangzhou","2018: Launched first generation sintered plate filter for industrial dust collection","2020: Entered the metal additive manufacturing supply chain","2020: Recognized as a National High-tech Enterprise in China","2024: Registered capital increased from 200万 to 1000万"]

Notable Customers

Bright Laser Technologies (BLT); Farsoon Technologies; HBD (Guangdong Hanbang 3D Tech); Eplus3D

Why this company matters

Sinter Plate Technology occupies a niche within the metal additive manufacturing value chain by specializing in sintered filtration media for powder recovery and gas purification. While most post-processing attention goes to powder removal or sieving, the company addresses the upstream need for safe, efficient capture of fine metal powders during handling and printing. Its focus on sintered plate technology over traditional fabric filters targets a gap in durability and filtration efficiency for reactive or fine powders like Ti-6Al-4V and Inconel 718.

The company's core products include sintered plates, sintered filter cartridges, and dust collectors designed for metal AM environments. These components are used in powder handling stations, gloveboxes, and printer exhaust systems to recover reusable powder and maintain clean atmospheres. Sintered filters offer longer service life and higher capture rates for sub-micron particles compared to conventional bag filters, reducing material waste and explosion risk in metal powder workflows.

Sinter Plate supplies filter elements to over 80% of major Chinese metal AM OEMs, including Bright Laser Technologies (BLT), Farsoon Technologies, HBD (Guangdong Hanbang 3D Tech), and Eplus3D. Its customer base spans industrial metal AM facilities and broader industrial gas purification applications. The company holds a technical cooperation with Zhejiang University and has been recognized as a National High-tech Enterprise and a 'Specialized and Sophisticated' SME in Zhejiang.

The company competes with established filtration players like Herding Filtertechnik and Donaldson Company, as well as local rival Bofit (Suzhou) Environmental Technology. Its differentiation lies in deep integration with the Chinese metal AM supply chain and localized support for powder management. A key open question is whether its sintered plate technology can scale beyond China and compete on cost and performance with global filtration incumbents as metal AM powder volumes grow.