Standard Hexapod
Your Professional Standard Hexapod Supplier
Hubei Liruite Precision Electromechanical Equipment Co., Ltd. was established in 2010 and is a high-tech enterprise engaged in the research and development, production, and sales of CNC honing machines and robots. The company's current business areas include the development of high-end honing machines, six degree of freedom parallel robots, and automated production lines. The cylindrical honing machine developed by the company in 2022 has received a number of invention patents, received widespread attention when it was listed, and has been highly praised by customers.
Production Market
Our company's products are sold globally, with countries with heavy industries being our important markets. Our domestic customers include Sany Heavy Industry, Zoomlion Heavy Industry, Hengli Hydraulic, etc., and our foreign customers include Kayahan BAZ, etc.
Our Service
Our company has a comprehensive pre-sales, sales, and after-sales system, with technical support before sales, sales follow-up during sales, and customer service and after-sales engineers. In key areas, we will train local agents to provide after-sales service, while in other areas, the headquarters will directly send personnel to be responsible for after-sales service.
Our Certificate
Our company has 5 magnificent inventions, 22 utility model patents, and 32 software registration rights.
Advanced Equipment
Tianjin Yinao Technology Co., Ltd. is equipped with a variety of advanced production equipment, including CNC machining centers, lathes, vertical milling machines, horizontal milling machines, drilling machines, and gantry milling machines. This high-precision equipment provides the company with strong production capabilities, ensuring the ability to meet the precision machining needs of various complex products and guaranteeing the stability and consistency of product quality.
Advantages of Standard Hexapod
Flexible control:
The center of rotation can be defined and changed in software, which allows for a virtual pivot point that can be matched to the application's needs.
Easy integration:
Controllers can interpret motion commands in Cartesian coordinates, which simplifies programming and integration into automated environments using standard communication protocols.
Better payload-to-weight ratio:
The parallel structure provides a greater ratio of payload capacity to operating weight.
Adaptable for various applications:
They are suitable for a wide range of uses, from precision alignment in optics and astronomy to complex multi-axis motion in scientific and manufacturing applications.
Paramenters
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Power Requirements |
Rated Voltage: 220V AC(Range：-10%～10%) |
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Rated frequency: 50hz(Range：-5%～5%) |
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Rated power: 8.6Kw |
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Peak power: 12Kw |
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Environment Requirements |
Storage environment： Temperature：-30～65℃ Humidity：5%～95% Atmospheric pressure：85～108Kpa Protection Level：IP54 |
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Work environment： Temperature：-20～50℃ Humidity：5%～95% Atmospheric pressure：85～108Kpa Protection Level：IP54 |
Types of Standard Hexapod
Rectangular:
Robots with a rectangular body and two groups of three legs placed symmetrically along the sides.
Hexagonal:
Robots with a hexagonal or circular body and legs distributed evenly around it.
High-speed:
Systems designed for fast motion simulation, often using voice coil actuators for high velocity.
Nanopositioning:
High-precision systems for nanometer-level movement, typically using piezo-based actuators.
Robotic hexapod assembly
Gather parts:
Collect all necessary components, including servo motors, brackets, and other structural parts.
Assemble servo brackets:
Build the bracket assemblies that will hold the servos.
Mount servos:
Attach the servos to the brackets and then attach the brackets to the leg segments (tibias).
Connect horns:
Attach the servo horns to the other leg segments (femurs).
Center servos:
Center the servos to ensure a neutral starting position.
Assemble legs:
Complete the assembly of the legs and attach them to the body.
Applications of Standard Hexapod
Agriculture and Terrain Mapping
Hexapod robots are transforming agriculture by enabling precision farming and terrain analysis. Equipped with LiDAR sensors and depth cameras, these programmable robots can map fields, monitor soil health, and even identify crop diseases. Their ability to traverse uneven terrain makes them perfect for exploring remote or challenging environments.
Disaster Response and Search & Rescue Operations
Hexapod robots are proving to be invaluable in disaster response and search-and-rescue operations. Their biomimetic movement allows them to traverse unstable terrain, navigate debris, and access confined spaces where traditional vehicles cannot operate. Equipped with advanced sensors such as LiDAR, infrared cameras, and AI-powered object detection, these robots can locate survivors, assess damage, and provide critical data to first responders.
Industrial Inspection and Maintenance
Industrial settings, such as power plants and oil rigs, often require routine inspections in hazardous environments. Autonomous hexapod robots provide a safer and more efficient alternative by conducting structural assessments, leak detection, and equipment monitoring. Their flexibility allows them to inspect hard-to-reach areas with precision, reducing downtime and operational risks.
Delevory
