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Tianyi Advanced Robotic Welding Production Line Designed for Forklift Manufacturing
| US$200,000.00 - 2,000,000.00 | 1 Set (MOQ) |
Port:
Changsha, China
Production Capacity:
100 Sets/ Month
Payment Terms:
L/C, T/T, D/P, Western Union, Paypal, Money Gram
Changsha Tianyi Intelligent Technology Co., Ltd
Hunan, China
Last Login Date:
Jul 28, 2025
Main Products:
Welding Production Line, Laser Cutting Machine, Cutting Machine, Welding Station, Laser Welding Machine, Welding Industry Software Mangement System, Water Cutting Machine, Weld Spare Parts, Welding Machine
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Product Description
Company Info
Basic Info.
Model NO.
Forklift robotic welding production line
Production Scores
Multiple Varieties
Production Continuity
Continuous
Condition
New
Automation
Automatic
After-sales Service
Engineers Available to Service Machinery Overseas
Lead Time
to Be Negotiated
Dimension
Customized
Production Name
Welding Prodution Line
Applicable Industries
Scissory Lift Industry, Aerial Work Platform
Weight
to Be Negotiated
Warranty
Lifelong Technique Support
Trademark
Tianyi
Transport Package
Wooden Case
Specification
Negotiable
Origin
Changsha, China
Product Description
Robotic Welding Machine Workstation for the Forklift Industry
Product Description
Forklift Tank Welding Robot Workstation
Features
1. HB type dual-axis positioner has good structural stability; it uses dual-axis coordinated positioning to ensure that the main weld seam of the oil tank is formed in one pass, greatly reducing leakage points in the oil tank.
2. The system features a flexible design that can accommodate welding for oil tank workpieces of various models, including internal combustion forklifts and electric forklifts.
Features
1. HB type dual-axis positioner has good structural stability; it uses dual-axis coordinated positioning to ensure that the main weld seam of the oil tank is formed in one pass, greatly reducing leakage points in the oil tank.
2. The system features a flexible design that can accommodate welding for oil tank workpieces of various models, including internal combustion forklifts and electric forklifts.
Forklift Slice Welding Robot System
Features
1. The electric forklift components use a single-axis rotating positioner, which can position all weld seams to the appropriate angle for welding.
2. The internal combustion forklift components utilize a head-tail frame positioner, allowing all weld seams to be positioned at the suitable angle for welding.
3. All fixtures employ automatic clamps that enable one-button clamping of workpieces, significantly reducing the operator's labor intensity.
4. The design is flexible, allowing compatibility with welding for workpieces of various models, including internal combustion and electric forklifts.
Features
1. The electric forklift components use a single-axis rotating positioner, which can position all weld seams to the appropriate angle for welding.
2. The internal combustion forklift components utilize a head-tail frame positioner, allowing all weld seams to be positioned at the suitable angle for welding.
3. All fixtures employ automatic clamps that enable one-button clamping of workpieces, significantly reducing the operator's labor intensity.
4. The design is flexible, allowing compatibility with welding for workpieces of various models, including internal combustion and electric forklifts.
Welding Robot System for Forklift Tailstock
Features
1. A dual-station horizontal rotating positioner is used, with one side for clamping and the other for welding, improving production efficiency.
2. Integrated welding fixtures are employed, where the workpieces are manually clamped before the robot directly performs the welding.
3. The system features a flexible design that can adapt to welding of tail frames for both internal combustion and electric forklifts by switching fixtures.
Features
1. A dual-station horizontal rotating positioner is used, with one side for clamping and the other for welding, improving production efficiency.
2. Integrated welding fixtures are employed, where the workpieces are manually clamped before the robot directly performs the welding.
3. The system features a flexible design that can adapt to welding of tail frames for both internal combustion and electric forklifts by switching fixtures.
Fork Frame Welding Robot System
Welding Production Line for Fork Racks and Roller ShaftsAutomatic Assembly and Welding Production Line for Gantry Channel Steel Roller Shaft
Features
1. The channel steel is automatically conveyed to the welding station after cutting and is automatically positioned and clamped.
2. The roller shafts use an automatic material storage system, which automatically delivers the corresponding model of roller shafts to the picking position based on the channel steel specifications.
3. A high-precision three-axis truss manipulator automatically grasps the roller shafts and positions them accurately.
4. After welding, the roller shafts are automatically conveyed off the line and buffered by the conveyor system.
Features
1. The channel steel is automatically conveyed to the welding station after cutting and is automatically positioned and clamped.
2. The roller shafts use an automatic material storage system, which automatically delivers the corresponding model of roller shafts to the picking position based on the channel steel specifications.
3. A high-precision three-axis truss manipulator automatically grasps the roller shafts and positions them accurately.
4. After welding, the roller shafts are automatically conveyed off the line and buffered by the conveyor system.
Gantry Connection Robot System Production Line
Features
1. The channel steel is automatically conveyed to the welding station after cutting and is automatically positioned and clamped.
2. The roller shafts use an automatic material storage system, which automatically delivers the corresponding model of roller shafts to the picking position based on the channel steel specifications.
3. A high-precision three-axis truss manipulator automatically grasps the roller shafts and positions them accurately.
4. After welding, the roller shafts are automatically conveyed off the line and buffered by the conveyor system.
Features
1. The channel steel is automatically conveyed to the welding station after cutting and is automatically positioned and clamped.
2. The roller shafts use an automatic material storage system, which automatically delivers the corresponding model of roller shafts to the picking position based on the channel steel specifications.
3. A high-precision three-axis truss manipulator automatically grasps the roller shafts and positions them accurately.
4. After welding, the roller shafts are automatically conveyed off the line and buffered by the conveyor system.
Company Profile
About Us
Established in 1992, Tianyi has evolved over the past three decades to become a frontrunner in the welding and cutting industry. As a multifaceted welding conglomerate, Tianyi specializes in developing cutting-edge welding technology, crafting intelligent equipment, and advancing superior welding products. Our extensive expertise spans creating internet-based welding software management systems, comprehensive training, certification consulting, and meticulous testing services. With eight subsidiary companies, three expansive manufacturing bases, and five state-of-the-art research and technology platforms, Tianyi is at the industry's forefront. We pride ourselves on our team of 300 technical experts and an impressive portfolio of over 100 patents. Generating sales exceeding 100 million dollars, Tianyi serves a vast clientele and collaborates with renowned corporations such as Panasonic (Tangshan), Fronius, and Messer, among others. Our brand enjoys a stellar reputation, both within China and internationally.Customer List
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