Welcome to Hamilton Labs

A Collaborative, Co-Working Eco-System for 3D Printing in the Real Estate, Building & Construction Space



Our Mission

To revolutionize construction technology, by building an eco-system that makes automation easy, scalable and accessible. Our approach is to design access to available excess production capacities through a range of construction technologies with focus in 3D printing & additive manufacturing.

Our Core Value

Words We Live By

“When you look at these developing countries, there seems to be this idea that people just walk, and then they graduate to a Toyota pickup truck . . . In my mind, there’s quite a lot of room in the middle,” said Paris. “A lot of innovation can happen in those forgotten spaces, that we have forgotten in the West for 120 years, but for them, is crucial. The key thing is now you can add just a little bit of 21st-century technology, and all of the sudden, something from the 19th century becomes super modern.”


Jose Paris - Inventor/Innovator


The era of 3D printing has evolved faster than a Japanese bullet train. This technology fits with the construction industry's desire to be more sustainable and efficient by "creating only the amount of materials needed, cutting down on waste, and also on unnecessary labour costs," according to Vincent Hui, the associate chair of Architectural Science at Ryerson University. It could ultimately make homes more affordable, too. 

Comprehensive Collaboration is the Key to Success

Collaboration to Innovation

A fully supported co-working space in which to research, design, develop and collaborate. Our exclusive community combines all the elements you need under one roof to help you create & nurture new businesses, 3D printers, eco-friendly materials, designs, software, procedures and innovations to tackle climate change, to improve lives 

Innovation to Disruption

Hamilton Labs’ in-house architect and designer utilizes space that is the ultimate tool in driving behavior change, reflecting Hamilton Labs’ desire to emulate the design “culture” of uninhibited brainstorming, quick stand-up meetings, and collaboration to innovate and disrupt the norms

Disruption to Growth

3D concrete printing is a technologically advanced and innovative method that is used for constructing pre-designed building components, with the help of 3D concrete printers. The technology has proven to be able to optimize the construction industry, in terms of construction cost, time, error reduction, flexibility in design, mass customization, and environmental impact. The 3D concrete printing market serves most of the construction industries that include residential, commercial, infrastructure, and architectural.
 

Hamilton Labs is ready to facilitate, grow and lead the challenges ahead

Our Passion

Pioneering Green-Tech Innovations Through 3D Printing in the Real Estate, Building & Construction Industry


8 to 10 percent of the world's total CO2 emissions come from manufacturing cement and we have replaced cement and other natural resources in concrete mixes with environmentally friendly, recycled wastes and sustainable materials


“Increasing demand for the 3D printing technology in end-use industries is driving the 3D printing materials market”
 

 "Industrial 3-D printing is at a tipping point, about to go mainstream in a big way. Most executives and many engineers don’t realize it, but this technology has moved well beyond prototyping, rapid tooling, trinkets, and toys."
- Harvard Business Review


Benefits

Cost: Being able to create a real product directly from a digital file takes away the need for transport costs and the labour involved. This reduces the whole price of building a house to a fraction of the normal cost.

Waste: Because every dimension and measurement is predetermined, there is a vast reduction in the amount of waste created in building a house. And with the additional bonus being that any material left over is able to be recycled.

Specifics: There is also the ability 3D printing gives in terms of customisation and originality, with products created to exact specifications given by the customer, opening up the potential of future buildings of all shapes and sizes – physics depending. 

3D Printing will Further Reduce CO2 Emissions

3D printing has the potential to “combine the solidity, durability and strength of the industrial age, with the nimbleness, flexibility and adaptability of the virtual age.” This mix will be critical for addressing the complex challenges of a rapidly changing and uncertain world – not the least of which are the security risks of climate change 






Hamilton Labs is ready to step up to the challenges ahead

Our Mission

To Improve Lives

The Sustainable Development Goals, launched in 2015, include a target to ensure everyone has access to a safely-managed household toilet by 2030. This makes sanitation central to eradicating extreme poverty.


In 2013, the United Nations General Assembly officially designated November 19 as World Toilet Day. World Toilet Day is coordinated by UN-Water in collaboration with governments and partners. 

To Save Lives

Right now, 600,000 of the world’s 1.7 million who die annually from unsafe water and sanitation (due primarily to open, unclean toilets) live in India. As billionaire philanthropist Bill Gates recently wrote on his blog, those kinds of conditions make a plan like Clean India worthy of both praise and financial support.


The World Bank links one in ten deaths in India to poor sanitation. From contaminated groundwater children pick up chronic infections that impair their bodies’ ability to absorb nutrients. Almost 44m children under five, says the bank, have stunted growth, and every year over 300,000 die from diarrheal diseases. 

To Tackle Climate Change

Climate change is the greatest environmental challenge facing the world today. Its effect will be felt throughout the world. It is essential that we act now by reducing emissions and by adapting to change. 


Now, we are set to tackle specific problems like CO2 emissions and climate change 

Disrupting The Norm

Tackling Climate Change

  • 3D printing will make the construction industry more sustainable
  • 3D printing tech has evolved sufficiently to help construction companies develop materials that are environmentally friendly, cost-effective and timely
  • Some reports estimate that up to five percent of the worldwide total of CO2 emissions is caused by cement production alone
  • Generating a ton of cement also means generating a ton of CO2
  • 3D printed concrete means producing roughly 50% less CO2      * License: The text of "50% Reduction in CO2 Emissions with 3D Printed Concrete" is licensed under a Creative Commons Attribution 4.0 International License 
  • A layer of sustainability is appealing in the construction industry which is in sore need of as many doses of enviro-friendliness as it can absorb

Innovative Technology

3D printing will create a revolution in the building & construction industry and can give rise to a new segment of innovative and affordable housing as this construction methodology uses very limited labor and lesser construction material


  On Site Robotics technology might be very useful for places with different needs where there are not enough resources such as refugee camps, areas affected by extreme conditions, or urban environments facing environmental issues by only using sustainable and local materials,” said Markopoulu, Academic Director and Project Coordinator at IAAC

Disruptive Technology

While most other industries have undergone tremendous changes over the past few decades, and have reaped the benefits of the process, product and service innovations, the construction sector has been hesitant to fully embrace the latest innovation opportunities and its labor productivity has stagnated or even decreased over the past 50 years


 Our aim is to disrupt this norm and offer our 3D printers and solutions to construction companies 

How is 3D Printing Beneficial for the Construction Industry?

Sustainable Innovative & Disruptive Technologies

 

  • 3D printing of the structural components of the buildings makes use of substantially less amount of construction material as compared to what might be required for the conventional concrete forming technique.
  • 3D printing allows great flexibility to the architect when it comes to contour crafting and makes it feasible to produce stronger and more efficient buildings that will last longer.
  • Apart from using lesser raw material for construction, 3D printing also allows the constriction project to be executed using less labor.
  • Since there will be lower raw material and labor costs, 3D printing technology promises to provide inexpensive housing for and fulfilling the dreams of millions of people who currently reside in sub-standard living conditions.