faq
Why should I invest in Camhirst 3DCP?
The simplest answer is that Camhirst 3DCP is the future of construction. It offers numerous benefits such as faster construction, cost savings, improved quality, and increased sustainability.
What makes an investment in Camhirst 3DCP so profitable?
With Camhirst 3DCP, you can achieve significant savings in labor and time. For instance, instead of nine workers working five days, you only need three workers for two days, resulting in reduced labor costs. Additionally, material and time savings further contribute to the profitability of investing in Camhirst 3DCP.
What makes Camhirst 3DCP so fast?
Camhirst 3DCP relies on automation. The 3D printer, controlled by a computer and robot, extrudes a layer of cement at a speed of 400mm to 600mm per second, significantly speeding up the construction process.
Why is Camhirst 3DCP better than traditional construction?
Camhirst 3DCP surpasses traditional construction methods in several aspects. It is faster, more cost-effective, safer and offers better sustainability. Additionally, Camhirst 3DCP provides improved insulation, waterproofing, and fire resistance.
Can Camhirst 3DCP be used to construct stairs?
Yes, Camhirst 3DCP offers various methods for building custom staircases.
Why is Campolymer better than Ordinary Portland Cement (OPC)?
OPC is a significant contributor to CO2 emissions worldwide, while Campolymer is more environmentally friendly, waterproof, fire-retardant and offers faster drying and hardening times. It also provides better insulation and is more durable and non-allergenic.
Why is Campolymer better than Ordinary Portland Cement (OPC)?
OPC is a significant contributor to CO2 emissions worldwide, while Campolymer is more environmentally friendly, waterproof, fire-retardant and offers faster drying and hardening times. It also provides better insulation and is more durable and non-allergenic.
Why don't we use steel or iron in building with Camhirst 3DCP?
Steel and iron can rust and expand over time, causing cracks in traditional cement structures. However, Camhirst 3DCP’s Campolymer minimizes this issue with its superior durability and corrosion resistance, making it a preferred choice for construction.
How can the break-even point be achieved so quickly?
The quick break-even point is a result of the time and cost savings, as well as the superior quality benefits offered by Camhirst 3DCP and Campolymer. Additionally, the expedited construction process allows for more projects to be completed per month, requiring fewer resources and manpower.
Faster ROI and break-even point mean attracting more customers?
Yes, the faster ROI and break-even point, along with the numerous advantages of Camhirst 3DCP and Campolymer, make it an appealing choice for customers. They can save time and money while receiving a better, more durable home or office building.
How can I invest?
To invest in Camhirst 3DCP, please contact our investor relations team or visit our website for more information on the investment process.
Is it too late or too early to invest in Camhirst 3DCP?
2022 is the perfect time to invest in Camhirst 3DCP. It has already been proven to work and is a faster and better way to build. While it has made significant progress, Camhirst 3DCP is still in its early stages, presenting an excellent opportunity for investment.
How fast can you build a 200m² house with Camhirst 3DCP?
Using Camhirst 3DCP, you can complete the shell of a 200m² house, including the floor slab, walls and ceilings, in just 48 hours.
Is a house/office built with Camhirst 3DCP as good as a traditional construction, or better?
A house/office built with Camhirst 3DCP can be better than traditional concrete or block construction, provided high-quality materials are used. Camhirst 3DCP offers improved durability, sustainability and other advantages.
What are the benefits of using Camhirst 3DCP for heating, plumbing, and electrical installations?
With Camhirst 3DCP the inner walls are empty, allowing for easier installation of heating, plumbing and electrical lines. This eliminates the risk of damage to these lines during construction, ensuring safer and more efficient installations.
How are floor slabs from the second floor constructed with Camhirst 3DCP?
For floor slabs, Camhirst 3DCP utilizes prefabricated panels manufactured by the team itself whenever possible.
How are floor slabs from the second floor constructed with Camhirst 3DCP?
For floor slabs, Camhirst 3DCP utilizes prefabricated panels manufactured by the team itself whenever possible.
Is Campolymer more expensive than OPC?
Campolymer can be slightly more expensive than OPC, usually around 1-1.5%. However, this price difference is insignificant considering the numerous benefits it offers. The cost savings achieved through faster construction, reduced labor and material requirements compensate for the marginal price difference.
What is Direct Invest and how does it work?
Direct Invest allows investors to directly invest in a 3DCP team. The investment is allocated to the team’s equipment, including the Camhirst 3DCP robot, Campolymer cement mixer and pump, silo, generator and other necessary tools. Investors receive a share of the profits generated by construction contracts carried out by the specific 3DCP team they invest in.
What are the advantages of Direct Invest?
Direct Invest provides transparency and enables investors to track their investments and the generated profits. With the advantages of Camhirst 3DCP and Campolymer, including time and cost savings, the annual ROI for investors is estimated to be 20% or more.
When do you expect a break-even point?
The break-even point is anticipated to be reached within 18-24 months of investing.
What makes 3DCP Solutions special, and what is their experience?
At Camhirst 3DCP, our CEO, Ed Rowland, has nearly 5 years of experience working with Campolymer and 3DCP. He actively participates in the ISO and ASTM Committees, collaborating with top experts from the construction and 3DCP industries. These committees are actively developing international standards for 3DCP. The finalized ISO/ASTM standards are expected to be implemented by mid-2022.