The Habitat Development Institute of Australia（HDIA）
NEO ROBOTICS is dedicated to promoting Australia's outstanding achievements and expertise in habitat construction while safeguarding the nation's developmental accomplishments in this field.
The company has established a registered professional research institute, founding the Habitat Development Institute of Australia (HDIA).
HDIA is dedicated to researching and protecting Australia's human settlements, promoting the nation's development achievements and successful technical expertise globally, while providing consulting, design, research reports, and solutions for market development and promotion of related technologies, materials, and products.
The majority of HDIA's research findings are shared with public sector entities and partners.
Its mission is to advance global human habitat development by contributing the capabilities and expertise of Australian enterprises.
NEO is spearheading the construction of an Australian Human Habitat Big Data System, preparing for and establishing the data foundation for intelligent human habitat research in Australia.
For further information, please contact: HDIA@neorobotics.com.au
The company has established a registered professional research institute, founding the Habitat Development Institute of Australia (HDIA).
HDIA is dedicated to researching and protecting Australia's human settlements, promoting the nation's development achievements and successful technical expertise globally, while providing consulting, design, research reports, and solutions for market development and promotion of related technologies, materials, and products.
The majority of HDIA's research findings are shared with public sector entities and partners.
Its mission is to advance global human habitat development by contributing the capabilities and expertise of Australian enterprises.
NEO is spearheading the construction of an Australian Human Habitat Big Data System, preparing for and establishing the data foundation for intelligent human habitat research in Australia.
For further information, please contact: HDIA@neorobotics.com.au
HANS BAU is a steel frame structural system for building steel structures developed and launched by NEO ROBOTICS in collaboration with relevant institutions. It is based on the sharp-cornered square and rectangular steel tube material technology invented by Professor Han Jingtao.
This system employs a unique reinforced sleeve joint technology, utilizing bolted connections to maximize the inherent advantages and characteristics of sharp-cornered square and rectangular tubular materials. Architecturally, it pursues lightweight, high-strength, slender, aesthetically pleasing, and long-span steel structures.
For further information, please contact: NEO@neorobotics.com.au
This system employs a unique reinforced sleeve joint technology, utilizing bolted connections to maximize the inherent advantages and characteristics of sharp-cornered square and rectangular tubular materials. Architecturally, it pursues lightweight, high-strength, slender, aesthetically pleasing, and long-span steel structures.
For further information, please contact: NEO@neorobotics.com.au
NEW MESSON wall panel
NEO ROBOTICS' NEW MESSON wall panel series, developed over 20 years, utilizes inorganic materials for both exterior and interior building applications, emphasizing eco-friendly and energy-efficient principles. One variant utilizes crushed brick or concrete construction waste as its primary material, while another employs the currently most popular eco-friendly polymer materials.
Polymer-based materials (such as polymer-modified cement) have gained widespread adoption in Australia, reflecting the nation's commitment to environmental sustainability. We implement both Ultra-High Performance Concrete (UHPC) solutions and traditional concrete formulations. Another wall panel variant utilizes foamed ceramic, typically employed for lightweight walls and decorative moldings. Regardless of material choice, NEW MESSON panels deliver premium aesthetic quality and meet stringent environmental standards without impacting the ecosystem. Simultaneously, they enhance building insulation and reduce energy consumption.
For further information, please contact: NEO@neorobotics.com.au
Polymer-based materials (such as polymer-modified cement) have gained widespread adoption in Australia, reflecting the nation's commitment to environmental sustainability. We implement both Ultra-High Performance Concrete (UHPC) solutions and traditional concrete formulations. Another wall panel variant utilizes foamed ceramic, typically employed for lightweight walls and decorative moldings. Regardless of material choice, NEW MESSON panels deliver premium aesthetic quality and meet stringent environmental standards without impacting the ecosystem. Simultaneously, they enhance building insulation and reduce energy consumption.
For further information, please contact: NEO@neorobotics.com.au
HS TiNC Protective Coating Technology is a new surface protective coating technology for steel tubes developed by Neo Robotics Pty Ltd in conjunction with its partners.
It is based on T52-1,2,3,4 Titanium Organic Polymer (TPP-I,II,III,IV) and is specifically designed to provide a protective surface coating for sharp-edged square tubes.
Due to the introduction of titanium in the molecular structure of this coating, which is classified as an organometallic polymer, the material itself is endowed with excellent chemical corrosion resistance, and can withstand a variety of harsh working conditions.
Stable performance, resistance to natural aging, UV resistance, resistance to electrochemical corrosion and cathodic stripping, than the traditional anticorrosion coatings life increased by 3 to 5 times.
Polymer has intrinsic conductivity, non-magnetic, anti-spurious current, electromagnetic shielding effect.
Seawater corrosion test, service life ≥ 40 years, that is, seawater on the titanium-based polymer alloy coating is almost no corrosion, suitable for marine environment, applied to marine engineering protection.
For further information, please contact: NEO@neorobotics.com.au
It is based on T52-1,2,3,4 Titanium Organic Polymer (TPP-I,II,III,IV) and is specifically designed to provide a protective surface coating for sharp-edged square tubes.
Due to the introduction of titanium in the molecular structure of this coating, which is classified as an organometallic polymer, the material itself is endowed with excellent chemical corrosion resistance, and can withstand a variety of harsh working conditions.
Stable performance, resistance to natural aging, UV resistance, resistance to electrochemical corrosion and cathodic stripping, than the traditional anticorrosion coatings life increased by 3 to 5 times.
Polymer has intrinsic conductivity, non-magnetic, anti-spurious current, electromagnetic shielding effect.
Seawater corrosion test, service life ≥ 40 years, that is, seawater on the titanium-based polymer alloy coating is almost no corrosion, suitable for marine environment, applied to marine engineering protection.
For further information, please contact: NEO@neorobotics.com.au
Vaccum Star primarily encompasses vacuum glass doors and windows, as well as vacuum glass curtain walls. Vaccum Star vacuum glass was invented by Professor Tang Jianzheng in 1990 during his tenure as a senior visiting scholar at the Department of Applied Physics, University of Sydney. Collaborating with the department's head, Professor R.E. Collins, he developed vacuum glass technology and secured multiple international patents.
Vaccum Star vacuum glass offers exceptional thermal insulation, with a building glass K-value (thermal transmittance coefficient) of 0.3–0.5. In comparison, standard single-pane glass has a K-value of approximately 6, while insulated glass units achieve around 3.
Boasting a lifespan exceeding fifty years, vacuum glass is a fully glass product that can be easily recycled and remelted for remanufacturing. Free from laminated layers, metal frames, or other components, it serves as an eco-friendly material that is both energy-efficient and readily recyclable.
Vaccum Star vacuum glass integrated with HANS BAU steel framing materials creates window, door, and curtain wall products that combine artistic aesthetics with superior thermal insulation and soundproofing, while offering extended service life.
All steel framing for Vaccum Star utilizes HANS BAU materials, forming steel window, door, and curtain wall structures with outstanding structural strength. Surfaces are protected by Armor Ever TiNC coating technology, making them suitable for marine environments.
For further information, please contact: NEO@neorobotics.com.au
Vaccum Star vacuum glass offers exceptional thermal insulation, with a building glass K-value (thermal transmittance coefficient) of 0.3–0.5. In comparison, standard single-pane glass has a K-value of approximately 6, while insulated glass units achieve around 3.
Boasting a lifespan exceeding fifty years, vacuum glass is a fully glass product that can be easily recycled and remelted for remanufacturing. Free from laminated layers, metal frames, or other components, it serves as an eco-friendly material that is both energy-efficient and readily recyclable.
Vaccum Star vacuum glass integrated with HANS BAU steel framing materials creates window, door, and curtain wall products that combine artistic aesthetics with superior thermal insulation and soundproofing, while offering extended service life.
All steel framing for Vaccum Star utilizes HANS BAU materials, forming steel window, door, and curtain wall structures with outstanding structural strength. Surfaces are protected by Armor Ever TiNC coating technology, making them suitable for marine environments.
For further information, please contact: NEO@neorobotics.com.au
DEEP is HDIA's dedicated brand for decorative art pieces for living environments. Each DEEP product is designed by professional designers, who predominantly use inorganic eco-friendly materials that pose no harm to nature. These products draw inspiration from traditional culture while embodying a modern decorative style, enhancing both indoor and outdoor living spaces.
DEEP's wrought iron designs and production encompass railings, staircases, decorative elements, and candlesticks, as well as outdoor wrought iron sculptures, candle holders, and wrought iron furniture.
DEEP is also active in marine environmental conservation, designing inorganic-material artificial reefs and breakwater stones specifically for marine ecological protection.
For further information, please contact: HDIA@neorobotics.com.au
DEEP's wrought iron designs and production encompass railings, staircases, decorative elements, and candlesticks, as well as outdoor wrought iron sculptures, candle holders, and wrought iron furniture.
DEEP is also active in marine environmental conservation, designing inorganic-material artificial reefs and breakwater stones specifically for marine ecological protection.
For further information, please contact: HDIA@neorobotics.com.au
Technologies+ Service
NEO ROBOTICS PTY LTD is registered in Melbourne, Victoria, Australia. Our goal is to become a professional robotics service company.