MULTI-PURPOSE

Our multi-purpose AROBOTS line can significantly transform the construction industry by streamlining operations, enhancing safety, improving productivity, and driving innovation. This shift will benefit construction companies and impact the broader economy by enabling more sustainable and efficient construction practices.

OUR AIM

Reduced Risk of Errors

Our multi-purpost robots are less likely to make mistakes than humans, which can help to reduce the number of errors in construction projects.

Increase Working Flexibility

Our robots can be programmed to perform a variety of tasks, which can help construction companies to be more flexible in their operations.

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Improved Communication

Our robots are equipped with sensors and cameras along with predictive analysis that can help to communicate with humans and other robots

Ripe for disruption

Our AI-powered automated robotic equipment and machines, which are designed to perform various tasks such as concrete works, steel works, and interior finishes, have the potential to transform the current landscape of the construction industry in many ways.

Our Multi-Purpose AROBOTS

Concrete Vibrator

This robot isused to eliminate air bubbles and ensure proper compaction of freshly poured concrete, measure consistency, enhancing its strength and durability.

Concrete Pumps

This robot transport freshly mixed concrete and automatically enables the precise placement and distribution of concrete, even in hard-to-reach areas while maintaining consistency.

Concrete Finishing AROBOT - Multi-attachments

Screeding

Floaters & Trowels

Grinders & Polishers

An automated laser-powered levelling robot to smooth and even out freshly poured concrete surfaces before final finishing, ensuring a flat, accurate and consistent foundation.

Floats are tools used to level and finish concrete surfaces before troweling while power trowels are used for finishing concrete surfaces, providing a smooth and polished appearance.

The attachments to this same automated robots are used to grind and polish concrete surfaces to achieve a smooth and polished finish for decorative purposes.

Steel Finishing AROBOT - Multi-attachments

Welding Systems

Steel Cutting

Material Handlers

These advanced welding robots use AI algorithms along with BIM to analyze weld paths, adjust parameters in real-time, and ensure precise and consistent weld quality, leading to improved efficiency and reduced manual labor.

AI-driven steel cutting machines can optimize cutting paths, reduce material wastage, and improve the accuracy of cutting steel sheets, beams, and profiles while inspection systems using computer vision can detect defects, cracks, and imperfections.

AI-driven robotic material handlers can autonomously sort, stack, and transport steel products within the steelworks facility, optimizing logistics and reducing human intervention along with the ability to analyze and optimize bevelling paths to improve accuracy.

Interior Finishing AROBOT - Multi-attachments

Installation Systems

Controlled Sanders

Paint Sprayers

AI-driven robots can handle and install panels such as drywall sheets or prefab panels accurately, optimizing placement and minimizing gaps, leading to faster and more precise installation resulting in reduced material waste and improved efficiency.

AI algorithms can adjust sanding pressure and patterns based on surface conditions, enhancing the quality of sanding and reducing manual labor while applying caulk in a consistent and controlled manner, ensuring clean lines and efficient sealing.

AI-controlled paint sprayers can analyze surface textures, detect obstacles, and adjust spray patterns in real-time, ensuring consistent paint application and minimizing overspray while AI-driven inspection systems can detect imperfections.

Raising the bar

AI-powered equipment and machines have the potential to revolutionize the construction industry by introducing automation, intelligence, and optimization to various tasks and processes. These advancements can lead to significant benefits for the industry, including:

Enhanced Efficiency: AI-powered machines can perform tasks faster and more precisely, reducing construction time and increasing overall project efficiency.

Improved Safety: By automating labor-intensive and hazardous tasks, AI-powered equipment can reduce the risk of accidents and injuries, improving worksite safety.

Cost Savings: Although the initial investment in AI-powered equipment may be higher, the long-term cost savings are substantial due to reduced labor requirements and increased productivity.

Skilled Labor Shortage Mitigation: AI-powered machines can fill in the gaps left by skilled labor shortages, minimizing the industry's dependence on hard-to-find skilled workers.

Consistent Quality: AI-powered automation ensures consistent quality in construction tasks, leading to better-finished products and reduced rework.

Adaptability and Versatility: AI-powered machines can be programmed to handle multiple tasks, making them versatile and adaptable to various construction projects.

Real-time Data and Analytics: AI-enabled equipment can collect and analyze data in real time, providing valuable insights to optimize processes and decision-making.

Environmental Impact: AI-powered machines can optimize resource utilization, reduce waste, and potentially lead to more sustainable construction practices.

Continuous Innovation: As AI technology advances, the capabilities of AI-powered equipment will continue to improve, leading to even more efficient and advanced construction practices.

Revolutionizing our economy

Our integration of AI-powered equipment and machines in the construction industry has the potential to drive transformative changes, streamlining operations, improving safety, boosting productivity, and enabling more sustainable and efficient construction practices.

These advancements will benefit construction companies and impact the broader economy by revolutionizing how we build and create the spaces we live and work in.