Name: Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi
Brand: YOUNGYOU
SKU: RDK-400
Price: 3000 USD
Availability: InStock
Rating: 5 (148 reviews)

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Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi

Workpiece Robot Positioner

Workpiece Positioners -

Positioners for Robotic Welding Systems

Place of Origin:

CHINA

Brand Name:

YOUNGYOU

Certification:

Model Number:

RDK-400

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Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi

Product Details

Warranty Of Core:

1 Year

Weight (KG):

100KG

Action Type:

Multi-joint

Rotation Range:

±360

Featu40℃re:

Multi-joint

Application:

Industrial Automatic

Machine Type:

3-6 Arm

Key Words:

Rotary Table

Payment & Shipping Terms

Minimum Order Quantity

Price

3000

Packaging Details

Foam fixation+bubble film protection+wooden box

Delivery Time

6-8 WEEKS

Payment Terms

L/C, T/T

Supply Ability

20sets/month

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86-021-5688-5611

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Product Description

Sewing Welding Positioner kuka Robot Sushi Desktop Robot Sushi Welding Positioner Rotation range: ±360

Robot positioning sensor

Robots also require sensors for positioning, which are mainly divided into two categories: LiDAR and Vision

In the early years, LiDAR was introduced by Western companies Velodyne, Hokuvo, and SICK. However, with the rapid development of science and technology in China this year, exciting LiDAR products have emerged. Navigation and positioning also require other sensors, such as global positioning, radar sonar, and visual depth camera sensors

Different sensors have different advantages and disadvantages. Let me talk about the comparison between LiDAR and vision. The point cloud generated by LiDAR needs to be matched or correlated with several point clouds in the map for global positioning. The advantages are high accuracy and three-dimensional information; The disadvantage is the lack of texture information. In contrast, vision provides texture information that LiDAR cannot provide, but its accuracy is lower. It can achieve positioning accuracy of tens of meters or tens of meters outdoors, while it can reach centimeter level indoors. Of course, one of the biggest problems with vision is the loss of three-dimensional information.

I just talked about what global positioning is and what is the difference between it and local positioning; At the same time, we also talked about sensing technology. Next, we will talk about global positioning technology, which is the algorithm used to complete this work.

The problem of global positioning has a research history of more than 20 years. It is interesting that the initial global positioning method was started with LiDAR, mainly using traditional manual features, that is, processing and extracting features from LiDAR point clouds, and completing global positioning through feature matching. The matching algorithm is based on optimization methods. At present, the development direction is mainly based on vision to achieve global positioning. The method of feature extraction mainly relies on deep learning, and it utilizes the extraction and matching of local features to achieve global positioning

In terms of method classification, global positioning technology has three dimensions:

1. Sources of sensing information: LiDAR, vision, and multimodal fusion.

2. Feature extraction method: Traditional manual model 1 requires feature extraction and deep learning due to the large amount of raw data and often poor discrimination.

3. The localization algorithm uses the extracted features to complete the localization: optimization method - when the localization loss function reaches the minimum value, it completes the localization for the robot's position, and completes the localization through panoramic descriptor matching or local feature matching.

About the company

Our guide rail has cooperated with many international well-known robot brands, such as ABB KUKA FANUC Yaskawa UR. The companies involved mainly include palletizing, loading and unloading. The load of the guide rail ranges from 500kg to 5000kg. The length of the guide rail is customized according to the needs of customers. We have made a case that an ABB IRB6700 robot corresponds to 20 CNC machines, and a 50m long guide rail completes the reciprocating motion, loading and unloading of the robot. The number of robots is greatly reduced and the integration cost is saved.

Our company also offers industrial robots at very favorable prices to place orders together at lower prices.
Welcome to Shanghai, China, to investigate our robots and rails!

Company Product Supply
ABB robot
KUKA robot
Yaskawa robot
Fanuc robot
UR robot
Cobot
Guide rail
Cobot made in China

Product specifications

oad	400 kg
Turntable diameter	600 mm
Tipping range	士 90°
Rotation range	±360°(N×360°)

Product parameters table

Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi 7

Packaging and Transportation

Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi 8

Tags：

Workpiece Robot Positioner Sewing Welding Kuka Sushi Desktop Sushi

Workpiece Robot Positioner

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Positioners for Robotic Welding Systems

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