Hexapod
Your Professional 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 Hexapod
Superior terrain traversal:
Their six-legged design allows them to walk on uneven, rocky, and cluttered surfaces where wheeled robots cannot go.
Obstacle negotiation:
They can step over obstacles that would be impassable for other robots.
High stability:
With at least three legs in contact with the ground while walking, they are more stable, especially on soft or unstable ground.
Maneuverability:
Hexapods can turn on the spot and move in various directions, including sideways, to navigate tight spaces.
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: 3.6Kw |
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Peak power: 4.5Kw |
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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 Hexapod
Positioning Hexapod are used to precisely align optical components, samples on beamlines, or mirrors on satellites or telescopes. They generally have submicrometer resolution but their speed is mostly limited to several mm/s.
Motion Hexapod can simulate the motion of a boat, truck, tank, aircraft, etc. in order to test an instrument that will be on board later: sensors, electro-optics systems, antennas, inertial measurement units, gravimeters, etc. These dynamic motion hexapods can go to a speed of 1 to 2 m/s and they can reach 1g acceleration.
Hexapod Applications
Semiconductor and Electronics Manufacturing:
Even when the placement is in relation to another moving item, precision loads may be placed precisely in many axes using hexapods based on precision ball screws, piezo motors, or voice coil actuators.
In-flight:
In flight simulators, especially the complete flight simulator, which requires all six degrees of freedom, the Stewart platform architecture is often employed. A replica cockpit and a visual display system, typically with many channels, serve as the payload in this function and are used to show the aircraft crew in training the outside-world visual picture.
Exploration of remote locations and hostile environments:
Robots with legs have an advantage over those with wheels because they can climb over barriers without damaging the terrain. Fleets of autonomous-legged robots might also be used in agriculture to monitor and maintain crops without compacting the soil and endangering the crop.
Delevory
