Aerial work platform

The company has developed a range of related technologies, including teach-free automatic positioning and welding systems, multi-layer multi-pass welding systems, automatic cutting systems, and omnidirectional welding positioning systems. Furthermore, by optimizing existing client production processes and integrating the automatic positioning and welding systems, the company has successfully achieved automated welding operations.

Flexibility

Staff will make a production analysis of the customer’s future production needs and goals. Material flow analysis and planning define the optimal configuration and layout for your site.
Rhythmicization

Remote repair service enables instant visual connection to the machine despite its geographical location.
Intelligentization

Full range of spare and wear parts, including original spare parts, retrofit parts, and approved replacement OEM parts, all meeting the strictest quality criteria.

The welding production line for aerial work platforms—encompassing scissor, telescopic, and articulated boom types—constitutes the core manufacturing stage for forming the structural components of the complete machine. It primarily executes processes such as material cutting, assembly, welding, straightening, and inspection for critical load-bearing structures, including chassis frames, boom assemblies, outriggers, platform frames, slew rings, and articulation joints. Characterized by high strength, exceptional reliability, minimal deformation, and a high degree of automation, this entire production line strictly adheres to the rigorous standards required for heavy-duty engineering machinery, fatigue resistance, and high-altitude operational safety.

Overall Layout and Flow of the Production Line

The typical process flow is as follows

01 Raw Material Pretreatment
02 Part Cutting and Beveling
03 Alignment and Positioning
04 Robotic / Manual Welding
05 Post-Weld Slag Removal and Correction
06 Nondestructive Testing
07 Shot Blasting for Rust Removal
08 Proceed to Machining / Painting

Scissor Arm Assembly Overview

The scissor arms of a scissor-type aerial work platform constitute the core load-bearing and lifting component of the entire machine; they are typically fabricated by welding high-strength steel plates. The dedicated welding production line for these arms represents a critical process for ensuring structural strength, rigidity, fatigue life, and product consistency. Centered on principles of automation, flexibility, and lean manufacturing, the entire production line is designed to accommodate the requirements of diverse-product, small-batch runs as well as large-scale mass production.

Process Flow: A single scissor assembly consists of inner forks, outer forks, single forks, and other components.

The production process for scissor-type welding is as follows:

• Plate Fitting and Assembly Welding

• Robotic Plate Welding

• Robotic Scissor-Arm Welding

• Scissor-Arm Touch-up Welding and Grinding.

Overview of Lifting Platforms

Application: Used for the automated welding of scissor-type lift platforms.

01
Dual-Station Configuration

The fixture utilizes an automatic design—specifically, a pneumatically and electrically controlled system—to reduce the operator's physical workload.
02
Automatic Fixture

The fixture utilizes an automatic design—specifically, a pneumatically and electrically controlled system—to reduce the operator's physical workload.
03
Modular Design

The fixture utilizes an automatic design—specifically, a pneumatically and electrically controlled system—to reduce the operator's physical workload.

Platform Guardrail Overview

The rail transit industry serves as a core pillar in the nation's strategic initiative to build a transportation powerhouse. Critical welded components—such as high-speed train car floorboards—are directly linked to operational safety; consequently, they demand exceptionally high standards regarding welding precision, strength, and stability.

1. Integrated Assembly and Welding Fixture

Manual assembly of loose components (manual placement followed by robotic tack welding) to enhance production efficiency.
2. Improve production efficiency

Manual assembly of loose components (manual placement followed by robotic tack welding) to enhance production efficiency.
3. Flexible Design

Manual assembly of loose components (manual placement followed by robotic tack welding) to enhance production efficiency.
4. Lean Control of Welding Cycle Time

Manual assembly of loose components (manual placement followed by robotic tack welding) to enhance production efficiency.

Platform Ladder Overview

Used for small-scale automated welding applications, such as on ladders for aerial work platforms.

Single Robot, Dual Stations

The workstation employs a single-robot, dual-station configuration, utilizing integrated assembly and welding fixtures.
Robotic Welding Station

Single-Station Manual Component Assembly (Manual Part Placement, Robotic Spot Welding)
Improve production efficiency

Alternating manual assembly of loose components at a single workstation to enhance production efficiency.
Flexible Platform Design

The welding fixture features a flexible platform design, enabling compatibility with various machine models for the welding workpieces.