Today, China is more than the world’s largest automotive market. It has become a key innovation engine driving the transformation of the global automotive industry. Two pioneering forces are jointly pushing “Intelligent Manufacturing in China” to new heights.

On one side, Chinese companies are accelerating breakthroughs in high-end equipment, core technologies and critical manufacturing processes — from key components that break long-standing monopolies to independently developed complete equipment, and from foundational process innovations built through years of dedicated development to the formulation of industry-leading standards. On the other side, a growing number of international companies are deeply implementing their “In China, for China” strategies. Through localized R&D systems and responsive service networks, they are addressing the specific needs of the Chinese market and empowering China’s manufacturing sector through deeper integration and co-creation.

In this AMTS 2026 preview, international companies such as Bosch Rexroth and TÜNKERS, both deeply rooted in the Chinese market, will join leading Chinese enterprises including Dalian Haosen, AirTAC, CAS-Raft, GeYuan, YobiAi, Kilews, Mobiletron, Liyou and Huiyu Electronics to present core technologies and solutions tailored for China’s automotive manufacturing industry. Together, they will showcase a new chapter of localized innovation and advanced manufacturing excellence.

01

Bosch Rexroth China

Booth Number: W5-J05

Compact Hydraulic Power Unit innoCube

Bosch Rexroth’s Compact Hydraulic Power Unit innoCube is a newly developed solution designed to meet the needs of the local Chinese market. Integrating all key functions into a compact footprint, the unit can be quickly started by simply connecting the power supply, filling hydraulic oil, and configuring data through the interactive interface. Combining low noise, high efficiency and energy-saving performance, innoCube is also equipped with an intelligent connectivity interface for remote monitoring of equipment status. It represents a compact innovation for small hydraulic power units.

02

Tuenkers (Jiangsu) Automation Technology Co., Ltd.

Booth Number: W2-D20

TUENKERS 7th Axis

The 7th Axis is a linear transfer system designed for six-axis robots and is widely used in automotive production lines including stamping, welding, painting, and final assembly, as well as in flexible manufacturing and logistics applications. Supported by localized R&D, manufacturing, and supply chain capabilities, TÜNKERS China’s 7th Axis solutions provide faster project response, more stable delivery schedules, and more competitive overall costs, while delivering localized automation solutions that meet international standards.

03

Dalian Haosen Intelligent Manufacturing Co., Ltd.

Booth Number: E1-D06

Intelligent Stator Production Line

The Intelligent Stator Production Line delivers high automation and high flexibility, with a line cycle time of up to 45 seconds, OEE of 85%, automation rate of up to 95%, and yield rate above 99%. It has been successfully applied by many leading global customers. Featuring a modular design, the line supports flexible co-production of 2- to 10-layer stators, significantly shortening the design cycle and enabling quick adaptation to different customer requirements and future product upgrades. The entire line integrates advanced processes and equipment, including high-speed forming, efficient twisting, automatic wire insertion, vision-guided welding and energy-saving varnish trickling, helping customers seize market opportunities with greater speed and reliability.

Real-Time Quality Inspection Solution (OCT) for Laser Welding of Hairpin Windings
As NEV e-motor technologies such as Hair-Pin, X-Pin, and Mini-Pin continue to evolve, the demands on welding quality have become increasingly stringent. To address key challenges—such as difficulty in controlling weld penetration depth in pin wire welding, significant keyhole fluctuations, and complex weld spot segmentation—we have partnered with Newlas to launch a real-time quality inspection solution for laser welding of hairpin windings based on Optical Coherence Tomography (OCT).

This solution coaxially integrates the OCT inspection beam path with the welding beam path, enabling real-time detection of the keyhole bottom depth during the welding process. It accurately captures penetration depth and weld fusion area data for each weld spot. By innovatively incorporating an EPS device for full-field coaxial alignment of the inspection and welding beams, and developing algorithms for positioning, segmentation, rotation, filtering, slicing, and fitting, we effectively overcome technical challenges such as keyhole tail fluctuation and beam coaxiality differences. The solution is compatible with complex processes including skip welding and multiple laser firings, which empowers customers to achieve their goal of zero-defect welding.

Intelligent Electric Drive Assembly Line
Adopting a flex cell configuration, it enables automatic loading for different product models, delivering high automation, integration and flexibility. The line provides a strong technical foundation for the development of unmanned factories.

Motor / Electric Drive Test Bench

Highly integrated with various specialized testing technologies, it supports flexible combinations of test modules according to different requirements. Together with Haosen’s self-developed automatic data acquisition and analysis system, the solution helps ensure consistency and accuracy in product performance testing.

04

AirTAC(China)Co.,Ltd.

Booth Number:W1-J09

Automotive Body-in-White Welding Solutions
With the popularization of modern automobiles, customers have higher requirements for production efficiency and quality. In the important welding process of automobile production, automated welding equipment is often used for production. As a domestic transmission brand, Yadeke has launched a series of products that empower automobile welding and clamping technology.
The equipment adopts a combined design of Japanese and European pneumatic cylinders, suitable for welding requirements of different vehicle series. The vacuum suction cup fixture integrates a negative pressure regulation system, achieving precise adsorption through a vacuum generator. The upper guiding panel employs black-cadmium plated linear rails and photoelectric switches for positioning, ensuring high-precision positioning. The Japanese welding clamping cylinder, through an optimized linkage mechanism, effectively eliminates welding stress and suppresses thin plate deformation. The European clamping cylinder adopts an integrated structure of fixture and cylinder, shortening the development cycle, reducing air pressure demand, and incorporating a power-off self-locking function. All cylinder actions are centrally controlled by a self-developed bus valve island, ensuring system stability while significantly improving debugging and maintenance efficiency.

05

Chongqing CAS Theseus Information Technology Co.,Ltd.

Booth Number: W3-E18

Full-process AI Vision Quality Inspection Solution for Automotive Manufacturing

It addresses the core quality control challenges in automotive manufacturing with its Full-process AI Vision Quality Inspection Solution for Automotive Manufacturing, one of the first solutions in China designed for the full production chain of new energy vehicles. The solution has been deployed across the complete manufacturing process at several leading automakers, covering stamping, welding, painting, final assembly and water leak testing. It has established intelligent perception nodes at more than 360 key workstations, enabling real-time quality inspection where “vehicles move, cameras inspect, and the cloud computes.”

To date, the system has completed online inspection for over 900,000 units of popular vehicle models.

06

Shenzhen Geyuan Technology Co.,Ltd.

Booth Number: W3-B05

Deep Learning & AI Inference System

Based on deep learning and image segmentation algorithm, defect features are identified and located in real time, and OK/NG judgment results are output in real time. -Zero foundation, easy to use Quickly create models through an intuitive UI interface -Fast training model The model can be trained with only 5 samples for each defect type -Adjustable threshold parameters Accurate detection of pixel-level defect and adjustment of threshold parameter can be realized -Scale across plant level It can realize the large-scale deployment of AI model in the global production line.

OptiX
Software-defined optical system, with built-in 2 ³² lighting modes, fully adapted to different types of defect lighting requirements -High-speed imaging: the brightness is 100 times higher than that of traditional light source, supporting 50 lighting modes per second, and the flying speed of 1.0 M/S -Output 2D/2.5D high resolution defect imaging

07

Shanghai YobiAI Intelligent Technology Co., Ltd

Booth Number: W3-F16

YobiAI Smart Safety Vision System
YobiAI Industrial Safety Eye SECR-82X1 is a multi-channel, wide-range, high-precision, and independently controllable industrial-grade personnel safety protection product, take a continuous long production line consisting of stamping machines and robots as an example. With just one controller and up to 16 cameras, it can simultaneously cover 16 pieces of equipment, achieving full-line coverage and independent control. This not only significantly reduces equipment procurement costs but also minimizes wiring complexity, installation time, and the burden of future maintenance.

08

KILEWS ELECTRIC TOOLS (SHANGHAI) CO.,LTD

Booth Number: W4-F10

Intelligent Screwdriver
Digital high-precision tightening tool with built-in torque/angle sensor, precise controllable torque, process monitoring and full data traceability. Supports multi-stage tightening and multi-strategy switching, low reaction force, long service life, suitable for automotive, energy storage and 3C high-end assembly.

Intelligent Tightening Controlle

Core control unit of the tightening system, driving intelligent screwdrivers with closed-loop torque/angle/speed control. Supports multi-program storage, communication networking and abnormal alarm, connects to MES and PLC to ensure stable and controllable tightening process.

Screw Tightening Module

Standard automatic tightening core unit compatible with multi-brand tightening tools, torque range 0.008N·m–500N·m. Lightweight, compact, easy to disassemble and maintain. Works with manipulators and XYZ servo platforms for multi-angle full-automatic tightening, supporting air-blow, vacuum suction and hybrid feeding modes.

Handheld Semi-automatic Tightening System

Lightweight handheld tightening unit available in magnetic or clamping type, with efficient and stable screw feeding and easy operation. Compatible with all types of feeders and complex conditions such as deep holes and interference. Modular design for simple maintenance, ideal for small-batch, multi-station and flexible assembly scenarios.

09

Mobiletron Electronics(Ningbo)Co.,Ltd

Booth Number: W5-B01

Lithium Battery Assembly Solution / Cordless Hydraulic Pulse Torque Wrench

Product Name & Model:
20V Brushless Motor Hydraulic Pulse Torque Wrench RZ2013-WR60 / RZ2013-WR40

The 20V Cordless Brushless Motor Hydraulic Pulse Torque Wrench is designed for lithium battery assembly and other precision fastening applications. Equipped with a battery capacity indicator, high-performance brushless motor and maintenance-free carbon-brush-free design, it delivers reliable operation with reduced maintenance needs.

The tool features a metal gearbox for extended service life and a built-in LED light for improved visibility. Its forward torque output range is 30–60 N.m for RZ2013-WR60 and 15–40 N.m for RZ2013-WR40. The direct-drive design between the hydraulic pulse unit and the motor helps reduce reaction force and noise, with torque accuracy of approximately ±7%.

The wrench also supports fastening status confirmation through indicator lights — OK / green light and NG / red light— and automatically shuts off once the preset torque is reached, helping ensure consistent and controlled assembly quality.

10

Beijing LiYou Technology Co., Ltd.

Booth Number: W5-G08

Sensor-based Intelligent Tightening Tool

With high tightening accuracy of ±3–5%, CMK ≥ 1.67, and operating speed of 0–1900 rpm, the tool supports complex tightening processes while enabling efficient error prevention. It is suitable for both manual digital assembly and automated assembly applications.

By supporting cost reduction, efficiency improvement, fast delivery and flexible after-sales service, the solution provides customers with a high-value option for upgrading precision assembly operations.

Handheld and Fixtured Sensor-based High-precision Electric Screwdriver

With outstanding manufacturing quality and a lightweight design, it is suitable for use in various production environments and supports efficient assembly operations.

11

Shanghai Huiyu Electronics Technology Co., Ltd.

Booth Number: W5-J08

HMN-P08 Process-monitored Rivet Nut Tool

Equipped with a barcode scanner and product counting functions, the tool helps prevent missed rivets. It supports curve monitoring of riveting force and stroke, data storage, and data upload to the customer’s terminal through communication interfaces.

Key Features:
The system features a simple and user-friendly operation interface and supports accurate calibration based on actual riveting samples. Its active interference alarm helps prevent non-conforming riveting results. Data can be uploaded via MODBUS/TCP or PROFINET protocols. With an integrated barcode scanner, the system enables missing-part prevention, foolproofing and error prevention. It also provides counting, data recording and storage functions, allowing accurate traceability of each workpiece result.

Specifications:

Riveting tool: HMN-P08 riveting tool

Rated pulling force: 5–20 kN

Maximum stroke: 6.3 mm

Working air pressure: 0.5–0.7 MPa

Weight: 10 kg display unit; 2.2 kg gun head

Operating temperature: -5°C to +50°C

Working voltage: 220 V

Rivet nut size: M3–M8

Applicable materials: aluminum, steel and iron

Dimensions: 295 × 315 × 205 mm

Protection rating: IP54

HMR-G02 Handheld Monitored Riveting Tool

The system features a simple and user-friendly operation interface. It obtains accurate reference parameters based on actual riveting samples. Its active interference alarm helps prevent non-conforming riveting results from entering the next process. Riveting data can be uploaded via MODBUS, TCP/IP or PROFINET protocols. With counting and data storage functions, the system enables accurate traceability of riveting data for each workpiece. Daily production volume and data for each rivet are stored in real time for later tracking.

Specifications:

Riveting gun: Customized riveting gun

Working air pressure: 0.5–0.7 MPa

Weight: 10 kg display unit; gun head weight depends on riveting gun configuration

Operating temperature: -5°C to +50°C

Working voltage: 220 V

Rivet sizes: 3.2 / 4.0 / 4.8 mm

Applicable materials: aluminum, steel and iron

Monitoring cabinet dimensions: 295 × 315 × 205 mm

Protection rating: IP54

TPA-QXR Handheld Fully Automatic Riveting Tool

The tool supports all-round motion monitoring and 360-degree riveting. It features a compact gun head, fast riveting speed, imported standard components, easy signal integration with other equipment, and quick fault recovery.

Technical Parameters:

Working air pressure: above 5.0 MPa for 3.2 mm rivets; above 5.5 MPa for 4.0 mm rivets; above 6.0 MPa for 4.8 mm and 6.4 mm rivets

Rivet feeding speed: 0.5–1.2 s, with cycle time within 2 s

Weight: 57 kg

Magazine capacity: 1,000 pcs for 3.2 mm rivets; 800 pcs for 4.0 mm rivets; 700 pcs for 4.8 mm rivets

Applicable rivet materials: aluminum, steel and iron

Recommended hose length between feeder and riveting gun: within 2.5 m for optimal performance

TIPEN Dual-station Gantry Riveting Center

The equipment adopts fully electric servo riveting, enabling real-time closed-loop monitoring and feedback of pulling force and stroke. It is easy to learn and operate: programming for flexible production can be learned in about 10 minutes, and product changeover can be completed within 30 minutes. Operators only need to load and unload workpieces manually, while robotic automatic loading and unloading can also be optionally configured.

Specifications:

Maximum pulling force: 30 kN; customization available

Riveting cycle time: average 3.5–5 s per rivet, depending on rivet quantity, length and clearance height for bent edges

Equipment dimensions: 4000 × 2370 × 2200 mm; customizable according to product requirements

Equipment weight: 3500 kg

Air supply pressure: 0.6 MPa

Applicable voltage: AC 380 V / 20 A, 3-phase 5-wire

Total power: 8 kW

Energy saving: over 70% compared with hydraulic systems; up to 90% compared with pneumatic solutions

Rivet types: supports up to two different rivet models

Automatic feeding tools: standard configuration includes two sets of standard automatic tools

Product processing range: 1500 × 1300 mm; customization available

Rivet nut range: M4–M8

Applicable sheet materials: metal and non-metal sheets

Clearance height for bent edges: 40 mm; customization available

As a leading event in the automotive technology and engineering industry, AMTS focuses on every stage of automotive R&D, design and manufacturing. The exhibition comprehensively showcases innovative technologies and products across the automotive manufacturing value chain.

Through its upgraded connection platform and integrated online and offline media channels, AMTS provides a year-round, one-stop exchange platform for system integrators, Tier 1 and Tier 2 suppliers, OEMs, component manufacturers, and R&D and manufacturing engineers in the automotive technology and engineering sectors worldwide.

See you in Shanghai, July 8–10, 2026!

Source: AMTS 2026 Local Pioneer Zone and the participating exhibitors listed above

Complied by: AMTS Marketing Team

Cover Image Source: AMTS Marketing Team