NexECM supports Shihlin Electric's SDC and SDP series servo drives, providing precise motor control and stable output. It ensures your automation system achieves optimal operating efficiency and offers a comprehensive motion control solution for various applications.
The customers for NexCOBOT's recycling robot solution are garbage recycling companies operating within the waste management industry. NexCOBOT's innovative solution combines AI Vision technology to accurately identify and classify different types of plastic bottles. Using AI algorithms, the system can distinguish bottles based on attributes such as color (transparent, white, and green) and their intended use, such as beverage or oil plastic bottles. Leveraging a highly efficient Delta Robot system, the solution effectively and smoothly sorts the plastic bottles into their respective recycling bins, ensuring precise and streamlined recycling processes.
NexAIoT Co., Ltd. showcases the iAT2000 Cloud SCADA System for Industry 4.0 plant-wide solutions and collaborates with its ecosystem partners to establish three significant themed pavilions. Join Nexcobot Open Robots & Machines to experience "AI Robot and Functional Safety" in shaping the future of smart manufacturing and human-machine collaboration.
Let's take a look at what Logan King talks about how the Nexcobot Open Robots & Machines GRC Robot Controller enables robots to go from concept to completion faster. 🤜🏼🤛🏼 By the way, a good #fistbump is a nice way to end. Thanks to Aaron Linville for the support & Brian Scherer behind the scenes. Stay tuned for the next video.
NexCOBOT 全面機器人自動化解決方案使您的傳統生產線智能化
Drive the sustainable development of an enterprise by utilizing Big Data, Advanced Robot Edge AI and Smart Manufacturing in the context of complete Industry 4.0.
In today’s factories and warehouses, robots are no longer fenced off from humans. The two often work side by side, with robots taking over arduous tasks like transporting heavy objects—or tedious ones, like spray-painting or palletizing goods. These collaborative robots, or “cobots,” increase efficiency and reduce the risk that workers will develop muscle strain or injuries. But ensuring that they interact with people safely is not an easy accomplishment. Robot developers can spend years building, testing, and retesting safety features, which must meet rigorous certification requirements. That delays them from releasing models with the latest and greatest capabilities and leads to longer time to revenue.
NexCOBOT began working with Renesas in 2022 to design a digital safety IO interface and has since adopted Renesas RX MCUs and RZ MPUs as well as pre-certified FuSa solution kits and self-test libraries.
創博於本週在德國漢諾威工業大展上接受德國萊因頒發EN 61508與EN ISO13849-1功能安全證書。創博本次取證象徵其英特爾 x86平台研發上的專業，同時功能安全產品研發也獲得國際認證機構的認可。
NexCOBOT is proud to receive the Intel Best Robotics Innovation Partner Award from its long-term partner, Intel Corporation, for its robotic innovation in functional safety.
創博（NexCOBOT）為工業電腦大廠新漢（8234）旗下台灣著名機器人控制器解決方案供應商，宣布與半導體和解決方案供應商瑞薩電子（Renesas）達成策略合作，共同為工業自動化產業打造量身訂製的嵌入式功能安全運算平台和控制解決方案。創博長期深耕機器人市場，在功能安全計算硬體和軟體開發擁有超過十年以上堅強實力，此次結合瑞薩電子在RX系列和RZ系列晶片以及功能安全一體化解決方案的技術，有助於快速創建功能安全的嵌入式機器人和自動化控制器，將能為自動化機器人廠商提供高效、多功、具彈性的產品開發與諮詢服務，滿足多元客製化需求。
面對少子化趨勢以及勞動市場缺工問題，製造業轉型少人自動化、以及人機協作已是產業必然走向，工業電腦大廠新漢集團（8234）旗下專注在機器人控制產品開發的子公司創博（NexCOBOT）自八月於台北自動化工業大展中攜手Intel以及德國先進機器人夥伴共同發表全球首款x86協作型安全機器人解決方案後，陸續接獲海內外機器人業者關注洽詢，今團隊趁勢率包含此成果在內的全系列機器人控制產品前進東京，參展日本國際機器人大展（iREX），展現創博團隊所研發之產品在各領域如智能自主移動機器人、綠色智造、以及協作型安全機器人領域的實例應用。
With countless uses of robots in different industries, robot makers are pushing to expand their customized service offerings. NexCOBOT provides robot makers and system builders with customized robot systems including robot controller GRC2 series, easy-to-use development toolkit NexMotion Studio, teach pendant UI NexTPUI and EtherCAT I/O NEIO series. NexCOBOT GRC brings faster robot development to enterprises that want to spend less time troubleshooting compatibility issues and shift their focus to value-added application development, so they can get their robot systems from concept to market in the shortest possible time.
Introduction
A Cartesian coordinate robot (also called linear robot) is an industrial robot whose three principal axes of control are linear and are at right angles to each other. The three sliding joints correspond to moving the wrist up-down, in-out, back-forth. Among other advantages, this mechanical arrangement simplifies the robot control arm solution. It has high reliability and precision when operating in three-dimensional space.
Kinematics configuration
Introduction
A delta robot is a type of parallel robot that consists of three arms connected to universal joints at the base. The key design feature is the use of parallelograms in the arms, which maintains the orientation of the end effector. In contrast, Stewart platform can change the orientation of its end effector. Delta robots have popular usage in picking and packaging in factories because they can be quite fast, some executing up to 300 picks per minute.
Kinematics configuration
Introduction
The 3RRR is a 3 degree-of-freedom planar parallel manipulator. It is composed by a mobile platform (MP) and three RRR serial chains that join it to a fixed base. Each RRR chain is a serial chain composed by three rotational R joints.
Kinematics configuration
Introduction
An automated wafer handler is a robotics system designed to automate and facilitate the handling of silicon wafers during the semiconductor manufacturing process. Wafer handlers are integrated with semiconductor process tools which perform various manufacturing tasks throughout the semiconductor production lifecycle.
Kinematics configuration
Introduction
The SCARA acronym stands for Selective Compliance Assembly Robot Arm or Selective Compliance Articulated Robot Arm. Scara is a type of Industrial robot. The SCARA robot is most commonly used for pick-and-place or assembly operations where high speed and high accuracy is required.
Kinematics configuration
Introduction
Six-axis robots are a type of articulated robot and the most common for industrial manufacturing. They provide the flexibility, strength, and reach needed to complete most applications including welding automation, material handling, material removal, and painting. Six-axis robots are able to move in the x, y, and z planes. In addition, they can perform roll, pitch, and yaw movements. This makes the movements of these robots similar to that of the human arm, one reason they are ideal for taking over production lines.
Kinematics configuration
Introduction
Collaborative robot is a robot intended for direct human-robot interaction within a shared space, or where humans and robots are in close proximity. Cobot applications contrast with traditional industrial robot applications in which robots are isolated from human contact. Cobot safety may rely on lightweight construction materials, rounded edges, and inherent limitation of speed and force, or on sensors and software that ensure safe behavior.
Kinematics configuration
Introduction
Seven axis industrial robots refer to industrial robots with seven degrees of freedom. It consists of a fixed base, a rotating base, a vertical arm, a horizontal arm, a rotating wrist, a telescopic elbow, and a rotating wrist. These seven axes enable robots to move and operate flexibly in three-dimensional space, making them suitable for complex manufacturing and machining tasks.
Kinematics configuration
