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Maple Glass Printing

HardwareMelbourne, AustraliaFounded 2018· One of 1725 Hardware companies tracked by AMPulse

Develops and sells commercial glass 3D printers (Maple series) and offers bespoke print services, enabling intricate glass designs for research, art, architecture, and industrial applications.

CEO / Founder
Darren Feenstra
Team Size
1-10
Stage
Active
Latest Round
Grant

Technology & Products

Key Products

Maple 2; Maple 3; Maple 4; Vitri-Glass recycling system

Technological Advantage

Proprietary glass extrusion technology allows printing at nozzle temperatures up to 1000°C, achieving detailed glass parts without traditional glassblowing; protected by provisional patents (source: Monash University innovation page).

Differentiation

Value Proposition

Provides affordable, desktop-scale glass 3D printing technology (e.g., Maple 4 with 200x200x300mm build volume) that reduces glass waste by enabling reuse of recycled glass, cutting lead times for custom glass parts from weeks to hours.

How They Differentiate

Maple Glass Printing offers commercial, affordable desktop printers (Maple 4 priced for accessibility) vs. Nobula's high-temperature DGLD systems or Glassomer's service-only model; focuses on recycling integration and broader market reach including art and education.

Market & Competition

Target Customers

Research institutions, educational facilities, artists, architects, industrial manufacturers seeking custom glass components

Industry Verticals

Research; Education; Architecture; Art; Industrial Manufacturing

Competitors

Nobula; Glassomer; MIT's G3DP2 (research, not commercial)

Growth & Milestones

Growth Metrics

2023 was a massive year with big and little things coming for 2024, indicating positive growth and future plans.

Major Milestones

Founded in 2018; Launched Maple 2, Maple 3, Vitri-Glass systems; Released Maple 4 desktop printer at Formnext 2024; Featured in additive manufacturing media and exhibitions

Notable Customers

Glass Competence Center (Germany); Institute for Photonics and Advanced Sensing (University of Adelaide)