SLS Construction
Collaborative Robot
SLS Construction
Collaborative Robot
What is SLS?
A Groundbreaking Innovation to
Solve the Labor Shortage in the Construction Industry
SLS Construction Collaborative Robot
Speed Leveling System
The emergence of SLS Construction Collaborative Robot aims to:
- Eliminate the repetitive and strenuous task of pushing heavy mortar
- Reduce the need for manual labor in leveling and smoothing processes
With SLS, anyone can easily take on plastering work.
The All-New 3K Experience with SLS:
Hard Work → Effortless
Dirty → Clean
Dangerous → SafeNot only young workers but also women and the mid-life generation
(50-65 years old) can easily participate in this field.
Wall surface leveling is a crucial step in construction.
Traditionally done manually, it is now revolutionized with:#SLS Automated Collaborative Leveling
- Enhances precision and flatness
- Reduces labor requirements
- Improves construction quality and project efficiency
Fast & Efficient –
SLS Automatic Leveling Method
Cement mortar or gypsum requires a high level of skill and learning to be properly leveled, making manual finishing challenging.
With SLS, the process integrates:
A spraying machine for application
A mechanized automatic cutting system
A laser-guided inspection system
Through a simple training process, operators can efficiently achieve fast, easy, and high-quality finishes.
Proven Efficiency in Real-World Applications
A 4-person team equipped with a complete SLS system can finish approximately 120-160 pings (396-528 m²) per day in a single operation, producing a smooth plastered surface.
This method is 5-7 times more efficient than traditional techniques and eliminates the need for highly skilled craftsmen.
Hakuseki Construction Machinery
Hakuseki Construction Machinery
Founded by architects and a team of professionals, Hakuseki Construction Machinery is dedicated to improving innovative construction methods, enhancing productivity for construction companies, addressing labor challenges, and shortening project timelines.
Additionally, we aim to help contractors implement sustainable development goals (SDGs)—which was our primary motivation in developing the SLS Collaborative Robot.
We are currently seeking partner companies interested in leveraging our patented SLS Collaborative Robot technology to expand their business in manufacturing and sales.
We welcome like-minded companies or individuals to contact us for collaboration opportunities.
Product Advantages
High Efficiency
- Comprehensive Construction Efficiency
- Covers 20 ping/h, which is5-7 times faster than traditional manual methods.
High Coverage
- Suitable for both interior and exterior walls.
- Coverage rate: 80-90% (depending on the work environment).
High Quality
- Precise positioning, ensuring accurate flatness, verticality, and thickness control.
- Delivers consistent and excellent construction results.
Easy Operation
- User-friendly human-machine interaction with a simple interface.
- One-touch start for spraying and leveling operations.
Safety Features
Collision protection, automatic obstacle stop, dynamic monitoring, and fault reporting.
High Adaptability
Suitable for various wall surfaces, including door and window openings, stairwells, and parallelogram-shaped areas.
Low-Carbon Construction Method
This method reduces material usage by 50-70% compared to traditional methods, contributing to a low-carbon goal.
MVP Testing
Minimum Viable Product (MVP) Testing
Width: 600 cm - MVP test conducted in March 2023.
Laser marking and spraying method reference. (This video does not yet integrate the complete SLS method.)
Construction Scope Diagram
Our Team
Architect Hong – Project Lead
— Jerry Hung
Engineer Zhang – Mechanical Engineer
— John Chang
Chief Engineer Xu – Construction Enginee
— Eric HUG
Contact Us
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