Technology description and functionality:

ESTUN’s robotic grinding and polishing workstation combines an industrial robot with:

• Real-time force control to maintain consistent pressure
• Laser sensors for accurate surface detection
• Triple grinding heads for different finishing processes
• AIOLP software to generate and optimize grinding paths for complex components
• Automatic tool and sandpaper changing systems
   

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The Intelligent Warehouse Solution proposed by Shenzhen EGO Robotics Co., Ltd. centers on an automated high-bay racking system powered by lightweight stacker cranes (such as Model X200 / X400) and automated conveyors. The entire ecosystem is driven by a self-developed WMS/WCS central dispatch system to optimize space utilization, throughput, and inventory accuracy.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:
Power column is an automated vertical storage system that increases storage and picking efficiency while optimizing floor space. It can store a wide variety of industrial products, including machine parts, automative components, molds, dies, metal workpieces, jigs, tools, and measuring devices.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

• Integrated robotic welding & inspection system

• Delivers stable, high-precision welding with reduced spatter

• Automates weld seam inspection without manual intervention

• Combines real-time process data, traceability & predictive maintenance

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

• AI-guided robot vision & motion control system

• Uses 2D/3D vision and 6DoF part localization

• Automatically adjusts robot trajectory and inspection in real time

• Supports safe collaborative operation with DCS and contact detection

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

TM Robotics Solutions is an automated robotic welding system that integrates industrial robot arms with advanced welding technology. It executes high-precision welds automatically by following pre-programmed paths while real-time controlling current, voltage, and wire feed speed.

- High Precision & Consistency: Delivers uniform, high-quality weld seams with minimal rework and material waste.

- Enhanced Safety & 24/7 Productivity: Operates continuously in hazardous, high-heat, and toxic fume environments, replacing manual risk.

- Smart Adaptability: Supports seam-tracking sensors to auto-adjust path deviations, ensuring maximum quality control and throughput.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

An automated inspection system using a Mitutoyo Coordinate Measuring Machine (CMM) integrated with an industrial robotic arm for automatic workpiece handling and loading. The CMM uses a probing system to accurately measure the dimensions, geometry, position, and 3D dimensional tolerances of workpieces.

The robotic arm automatically picks and places workpieces into the CMM for continuous inspection, reducing manual handling and inspection time. Measurement data is processed and displayed digitally through the CMM software, enabling accurate quality evaluation and traceability.

This technology is suitable for Automated Quality Inspection in manufacturing lines, improving measurement accuracy, productivity, inspection consistency, and overall production efficiency while supporting automated and high-volume manufacturing processes.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

CHD series CNC bending machine control technology: CHD series electro-hydraulic synchronous CNC hydraulic plate bending machine Rexrow electro-hydraulic proportional servo valve control double cylinder synchronization, with imported grating rule, through the world's top brand bending machine CNC system to form a full closed-loop synchronous control, produce high precision, high efficiency working state, The positive and negative range can control the positioning accuracy of 0.02mm, repeated positioning accuracy of 0.01mm, bending accuracy of ±≤0.5º.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

This solution portfolio focuses on improving energy efficiency and operational reliability for industrial applications. The SCR30EPM uses a high-efficiency permanent magnet motor and intelligent inverter control to automatically adjust compressor speed according to actual air demand, reducing unnecessary energy consumption during variable-load operation. Its IE4 efficiency, 1:1 transmission and optimized airend design further improve overall efficiency.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

- AI-trained for advanced movements, including upside-down walking, roll-over recovery, and obstacle climbing, with high flexibility and stability.
- Equipped with Unitree’s 4D LiDAR L2 for 360° wide-area detection, minimal blind spots, and detection from just 0.05 m.
- Supports point-cloud mapping and autonomous route navigation via the dedicated app.
- Improved wireless positioning and control provide higher accuracy, over 30 m remote range, and better obstacle avoidance on complex terrain
- Supports cloud-based OTA updates to continuously improve robot performance and user experience.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The PUDU T300 Standard is a transport robot designed for industrial material handling and high-load commercial delivery scenarios, delivering efficient and stable heavy-duty performance. Built around a high-strength load-bearing chassis, it offers strong openness and scalability and is equipped with an interactive touchscreen to improve usability and operational efficiency. With a maximum payload of 661 lbs. (300 kg), it supports elevator access, gate/turnstile integration, and remote call functions, enabling seamless cross-space operations. It also provides extensive hardware and software interfaces for easy integration with enterprise systems, along with support for further expansion and secondary development to meet diverse industry application needs.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The HYDMECH H-320A is an automatic dual-post horizontal band saw engineered for high-capacity industrial metal cutting. Its automatic PLC touch-screen control is programmable for up to 100 jobs with a 20-job queue, while the ball-screw and stepper-motor-driven shuttle delivers automatic multi-indexing up to 23 inches in a single stroke. A true direct 6 HP VFD blade drive eliminates belts and pulleys for consistent cutting power, supported by full-capacity, full-stroking hydraulic vises and on-demand hydraulics that reduce energy consumption. The machine integrates comprehensive safety systems, including RFID safety-door interlocks, a blade breakage switch, a blade deviation monitor, and a saw-in-a-box enclosure design. Automatic chip removal, mechanical band tensioning with digital readout, and replaceable carbide guide inserts minimize downtime and maintenance. With a cutting capacity of 320 mm (round/square) and 320 x 340 mm (rectangular), the H-320A combines automation, precision, and operator safety for demanding production sawing environments.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The TIGER 372 CNC LR 4.0 RC is an electropneumatic automatic circular sawing machine for mitered cuts of steel tubes, profiles, and beams from -45° to +60°, also switchable to semi-automatic mode. The saw head automatically acquires its cutting start position, and a brushless motor with encoder feedback drives the automatic mitering rotation, delivering precise speed, torque, and positioning control at 1-minute tolerance.

A material library automatically sets blade speed and head-down feed rate according to material type, geometry, hardness, and blade, while the saw head moves on linear guides with preloaded ball screw slides for vibration reduction and cutting stability. The control stores up to 300 cutting programs to minimize setup time.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

Auto-pouring machine is designed for foundry applications and provides semi-automatic molten metal pouring. The operator only needs to press the pouring button once for each mold (1 push, 1 mold pouring). After the command is given, the machine automatically pours molten metal until the preset pouring weight is reached. Once the target weight is achieved, the machine automatically stops and waits for the next pouring command. This system reduces operator workload, improves pouring consistency, and helps maintain accurate pouring weight for each mold.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

• Flexible collaborative robotic system
• Uses real-time force & motion control for adaptive operation
• Handles repetitive tasks, variable parts & contact-based processes
• Features ultrasensitive collision detection & certified functional safety

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

• Integrated AMR + collaborative robot system
• Uses autonomous navigation & vision-guided manipulation
• Supports pick & place, machine tending & palletizing
• Enables flexible multi-workcell automation from a unified platform

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The OMRON LD Series, featuring the LD-150 and LD-300, is designed to automate material handling in manufacturing and logistics operations. These autonomous mobile robots (AMRs) help move materials efficiently, support continuous operation, and navigate complex factory layouts. With compact designs, advanced safety features, and flexible integration options, the LD Series helps improve productivity, operational efficiency, and workplace safety.

Key Features & Benefits

• High Payload Capacity: Handles payloads of up to 150 kg (LD-150) or 300 kg (LD-300).

• Compact & Flexible Navigation: Navigates aisles as narrow as 1 meter, making it suitable for space-constrained production environments.

• Advanced Safety: Complies with ISO 3691-4:2023 safety standards.

• Flexible Integration: Compatible with various top modules and accessories, including cart toppers, conveyors, MoMas, and lifts.

• Efficient Operation: Supports wireless charging, backward compatibility, and ramp gradients of up to 5°.

• Fleet Management: Operates with OMRON’s FLOW Core fleet management software for coordinated robot operations.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The OMRON OL-450S is an omnidirectional autonomous mobile robot (AMR) designed to streamline material handling in manufacturing and logistics environments. With a payload capacity of 450 kg, a low-profile lifting plate, and advanced safety features, it transports materials efficiently while integrating seamlessly with existing workflows. Compatible with standard and custom load carriers, the OL-450S helps reduce manual handling, minimize downtime, and increase production throughput.

Key Features & Benefits

• High Payload Capacity: Handles loads of up to 450 kg for efficient material transportation.

• Omnidirectional Mobility: Enables flexible movement to support diverse material-handling applications.

• Adjustable Lifting Plate: Lifting height from 108 mm to 308 mm accommodates different load carriers.

• Extended Operation: Provides up to 7 hours of runtime with a 40-minute rapid recharge and autonomous charging.

• Advanced Safety: Features a 360° safety coverage system and meets or exceeds ISO 3691-4 requirements, except Clause 4.12.

• Seamless Integration: Compatible with standard and custom load carriers and integrates with OMRON’s FLOW Core fleet management software.

• Wireless Charging: Supports flexible deployment and helps simplify charging management.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

• Vision-guided industrial robot

• Uses object recognition & sensor feedback for adaptive motion

• Supports automated defect inspection

• Automatically adjusts motion & process parameters for consistent operation

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

Enhance electronics manufacturing with the Smart PCB Assembly Line from Mitsubishi Electric Factory Automation (Thailand) Co., Ltd. Integrating industrial automation, robotics, AI-powered vision inspection, laser soldering, electrical testing, and intelligent sorting, this solution streamlines PCB manufacturing processes, enhances quality control, and supports greater production efficiency.

Key Features & Benefits

• Integrated Automation: Connect multiple manufacturing processes for seamless and efficient operations.

• AI-Powered Vision Inspection: Detect potential defects and support consistent product quality.

• Precision Laser Soldering: Enable precise soldering for electronic components.

• Automated Electrical Testing: Verify PCB functionality and support reliable quality assurance.

• Intelligent Sorting: Automatically classify products based on inspection and testing results.

• Smart Manufacturing Integration: Improve process visibility, reduce manual intervention, and support data-driven production management.

Designed to demonstrate the capabilities of connected manufacturing, the Smart PCB Assembly Line helps manufacturers pursue higher productivity, improved quality, and more reliable electronics production.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration

Technology description and functionality:

The YUQIANG YQ-608 is a 6-axis industrial robot designed for high-speed, precise, and reliable industrial operations. With a maximum payload of 8 kg and an arm reach of 1,400 mm, it offers flexible installation and consistent positioning accuracy to support efficient automation across a wide range of industrial applications.

Key Features & Benefits

• High Precision: Repeatability of ±0.03–0.05 mm for consistent and accurate operations.

• Flexible Installation: Adaptable integration to suit different production layouts and operating requirements.

• Stable & Reliable Performance: Motion control systems and quality-tested components support stable, dependable operation.

• Technical Support: Professional engineering, system development, and after-sales support.

Criteria:

• Robotics or automation with adaptive, self-optimizing capabilities
• Systems enabling lights-out or minimal-intervention production
• Solutions that reduce setup time through autonomous changeover or configuration