This product is designed for the automated welding of steel structures, special vehicle components, engineering machinery parts, and other related products. It supports human-robot collaboration, drag-and-drop teaching, and graphical programming, and is adaptable to long seams, continuous welding, and complex-angle welding scenarios. When paired with specified welding equipment, it enables high-precision, high-consistency welding, replacing traditional manual welding to enhance production efficiency and weld quality.
Intelligent Automation
AI-powered welding systems designed for efficient and smart manufacturing operations.
Precision & Stability
Advanced technologies ensure accurate welding quality and reliable industrial performance.
Flexible Manufacturing
Customized automation solutions supporting diverse industries and production requirements.
Designed for the automated welding of products such as steel structures, specialized vehicle components, and construction machinery parts, this system supports human-robot collaboration, drag-and-drop teaching, and graphical programming. It is adaptable to various welding scenarios—including long seams, continuous welds, and complex-angle joints—and, when paired with designated welding equipment, achieves high-precision, high-consistency results. By replacing traditional manual welding, it significantly boosts both production efficiency and weld quality.
1. Featuring a 6-axis collaborative design, a payload capacity of 10 kg, and a maximum reach of 1400 mm, it covers a wide range of welding operations and is well-suited for the welding requirements of various medium-to-large workpieces.
2. With a repeat positioning accuracy of ±0.05 mm, it ensures uniform and highly consistent weld bead formation, thereby effectively reducing the rate of welding defects.
3. Equipped with a safety collision detection function, it enables fence-free human-robot collaborative operation and adapts flexibly to compact workshop layouts.
4. Constructed from a lightweight aluminum alloy body weighing only 45 kg, it offers flexible deployment and allows for easy adjustment of installation positions to meet production line requirements.
5. Featuring a rich array of interfaces, it integrates seamlessly with the MEGMEET CM500R welder, the Shuibo 500A water-cooled welding torch, and other peripheral equipment, ensuring robust system interoperability.
| No. | Item | Technical Parameters |
|---|---|---|
| 1 | Model | SP-E10L-1400 |
| 2 | Rated Load | 10kg |
| 3 | Maximum Reach | 1400mm |
| 4 | Degrees of Freedom | 6 Axes |
| 5 | Repeat Positioning Accuracy | ±0.05mm |
| 6 | Robot Weight | 45kg |
| 7 | Protection Grade | IP54 |
| 8 | Installation Method | Mobile Cart |
| 9 | Power Supply | 200-240V~380V AC, 50/60Hz |
| 10 | Joint Motion Range | J1, J4, J6: ±360°; J2: ±135°; J3: ±153°; J5: ±180° |
| No. | Description | Brand |
|---|---|---|
| 1 | Collaborative Robot Body | SHUIPO |
| 2 | Welding Power Source | Megmeet |
| 3 | Electric Control System | SHUIPO |
| 4 | Teach Pendant | SHUIPO |
| 5 | Water-Cooled Welding Torch | SHUIPO |
| 6 | Water Cooling Unit | SHUIPO |
| 7 | Handle | SHUIPO |
| 8 | Subject to replacement with equivalent brand for special reasons | – |
1. Collaborative Robot Body: 1 Unit 2. Electrical Control Cabinet: 1 Unit 3. Megmeet Welder (including Wire Feeder): 1 Set 4. 500A Water-Cooled Welding Torch: 1 Set 5. Workstation Base Cart: 1 Unit 6. Standard 10-Meter Power Cable
| No. | Item | Requirement |
|---|---|---|
| 1 | Location | Indoor (no nearby electrical noise sources) |
| 2 | Ambient Temperature | -5°C ~ 45°C |
| 3 | Ambient Humidity | 20%–80% RH (non-condensing) |
| 4 | Vibration | Vibration acceleration < 0.5g |
| 5 | Flammable Gas | None |
| 6 | Corrosive Gas | None |
| 7 | Power Supply | 3-phase AC 380V ±5%, 50Hz–60Hz |
| 8 | Altitude | ≤ 1000 meters |
This working environment does not include purchased parts with special requirements.
Within four days of the contract signing, the Buyer shall provide detailed drawings of the workpiece. The dimensions of the product parts must conform to the drawing specifications, and the dimensional consistency tolerance between parts shall not exceed ±1 mm.
The surfaces of the parts must be free of oil, rust, and contaminants.
The parts shall be free of any burrs that could interfere with positioning, clamping, or welding.
Within two weeks after the contract is signed and becomes effective, the Supplier shall provide one set of general layout drawings, foundation drawings, and drawings for parts to be fabricated by the Purchaser (for construction purposes) for each individual piece of equipment.
If the Purchaser fails to construct the foundations within five months of signing the contract, they must contact the Company prior to commencing foundation work again. This is necessary to prevent issues arising from equipment updates or outdated foundation drawings that could render the foundations incompatible with the equipment during installation.
The equipment installation site shall be cleared and prepared.
Personnel designated by the Purchaser to participate in the installation and commissioning processes shall be in place.
All utilities—including water, electricity, and gas—shall be connected and routed to the corresponding connection points/switches on the equipment supplied by the Supplier.
The installation foundations and embedded parts shall be constructed in advance in accordance with the foundation drawings provided by the Supplier; the completed foundations must fully meet the installation requirements of the Supplier’s equipment.
The Purchaser is responsible for the installation of the equipment and its associated accessories, ensuring that the installation meets the Supplier’s operational requirements and installation standards. The Supplier shall provide guidance and assistance during the equipment installation process.
The Purchaser shall prepare at least three samples (or sets of samples) for commissioning and testing purposes.
The Purchaser shall provide necessary facilities and conveniences to the Supplier’s personnel during the equipment installation, commissioning, and maintenance periods.
The equipment installation site shall be cleared and prepared.
Personnel designated by the Purchaser to participate in the installation and commissioning processes shall be in place.
All utilities—including water, electricity, and gas—shall be connected and routed to the corresponding connection points (switches) on the equipment supplied by the Supplier.
The installation foundation, embedded parts, and similar elements shall be constructed in advance in accordance with the foundation drawings provided by the Supplier; the completed foundation must fully comply with the installation requirements of the Supplier’s equipment.
The Purchaser shall be responsible for the installation of the equipment and its associated accessories, ensuring that said installation meets the operational requirements and installation standards specified by the Supplier. The Supplier shall provide guidance and assistance during the equipment installation process.
The Purchaser shall prepare at least three (3) samples (or sets of samples) for commissioning purposes.
The Purchaser shall facilitate the Supplier’s work during the equipment installation, commissioning, and maintenance phases.
| No. | Category | Scope of Work | Buyer | Seller |
|---|---|---|---|---|
| 1 | Electrical | Power grid to workshop distribution room | △ | |
| Workshop substation to Seller’s equipment control cabinet (primary wiring) | △ | |||
| Seller’s equipment control cabinet to each power consumption point (secondary wiring) | △ | |||
| 2 | Compressed Air | Air compressor station | △ | |
| Secondary air treatment components | △ | |||
| Pipeline from air compressor station to equipment air inlet | △ | |||
| Internal piping at equipment air inlet | △ | |||
| 3 | Civil & General Works | Civil works including workshop floor, equipment foundations, plus pre-embedded steel plates, rails, cable tray covers, and cable supports in trays | △ | |
| Factory heating, lighting, fire protection, and ventilation systems | △ | |||
| 4 | Miscellaneous | Temporary water, power, welding machine consumables required for installation | △ | |
| Water, power, gas, lubricating oil, and hydraulic oil required for commissioning | △ | |||
| All fees and regulations related to environmental protection, fire safety, and hygiene acceptance | △ |
The Supplier is responsible for providing the design requirements—including drawings for equipment foundations, embedded parts, utility piping, and power cabling—for all welding stations. This excludes civil engineering design and construction; the Purchaser shall ensure that appropriate waterproofing and anti-settlement measures are implemented during their civil construction work.
The warranty period shall extend for 12 months, commencing from the date on which the contracted equipment is installed, commissioned, and successfully accepted at the Buyer’s facility.
Should any product quality issues arise during the warranty period, the Buyer shall not dismantle or attempt to repair the equipment without authorization. Instead, the Buyer must first contact the Supplier. Once the Supplier confirms that the issue stems from a product quality defect, the Supplier shall assume full responsibility for resolving the problem, and all associated costs shall be borne by the Supplier.
Upon the expiration of the warranty period, the Supplier shall prioritize the supply of spare parts and services to the Buyer on preferential terms.
Following the expiration of the warranty period, the Supplier shall provide repair and maintenance services on a fee-for-service basis. Should the purchase or replacement of spare parts be required, the Supplier shall prioritize offering these parts to the Buyer at cost price; shipment of parts shall be arranged only after payment has been received.
1. The Supplier is responsible for providing training to the Buyer’s equipment operators or maintenance personnel. All trainees designated by the Buyer must possess an educational background equivalent to or higher than a high school or vocational school diploma, as well as basic knowledge and skills in mechanics, equipment adjustment and operation, and system control.
2. The objective of the training is to ensure that the Buyer’s trainees acquire a sufficient understanding of the machine tool’s performance and basic troubleshooting procedures, thereby enabling them to independently master all requirements regarding operation, adjustment, and maintenance.
3. Following the purchase of the equipment, free training is limited to two (2) personnel per machine. The training session shall take place over two (2) days immediately following the completion of the equipment’s installation and commissioning. The training methodology shall combine theoretical instruction with practical application, and the training venue shall be the Buyer’s equipment site.
4. The training curriculum shall include: robot operation and programming; parameter adjustment for the Megmeet Ehave2 CM500R welding machine; maintenance of the Shuibo 500A water-cooled welding torch; equipment fault diagnosis and troubleshooting; and daily maintenance procedures.
5. Upon the conclusion of the training session, the Supplier shall conduct an assessment of the trainees. Once the trainees have successfully passed the assessment, both the relevant supervising manager and the individual trainee shall sign to acknowledge and confirm the completion of the training.
Choosing the right intelligent welding and automation equipment is essential for improving manufacturing efficiency and achieving stable production performance.
ด้วยความเชี่ยวชาญกว่า 20 ปี เรานําเสนออุปกรณ์การเชื่อมขั้นสูงและโซลูชันระบบอัตโนมัติแบบครบวงจรที่ช่วยให้ผู้ผลิตปรับปรุงประสิทธิภาพ ความแม่นยํา และประสิทธิภาพการผลิตทั่วโลก.
ไม่จําเป็นต้องสอนด้วยตนเองหรือเขียนโปรแกรมที่ซับซ้อน ด้วยเทคโนโลยีการมองเห็น 3 มิติขั้นสูงระบบจะระบุวิถีรอยเชื่อมโดยอัตโนมัติและสร้างเส้นทางที่ปรับให้เหมาะสมช่วยลดเวลาในการตั้งค่าและปรับปรุงประสิทธิภาพการดําเนินงานได้อย่างมาก.
We understand the common challenges manufacturers face when upgrading to intelligent welding and automation systems. Here are answers to the questions most frequently asked by our customers.
Our international service capabilities ensure fast technical response and reliable support for customers worldwide.
Yes. Our teach-free welding system eliminates complex manual programming. Through 3D vision and AI automatic path generation, regular welders can quickly operate the equipment with minimal training.
No. The system automatically recognizes different workpieces and welding seams, allowing flexible production without repeated manual teaching or complicated reprogramming.
Yes. Our 3D vision seam recognition and laser scanning technologies accurately identify curved surfaces, irregular structures, and complex welding paths for stable welding quality.
Our adaptive welding control system automatically adjusts welding parameters in real time according to seam conditions and material changes, ensuring consistent and reliable welding quality.
Yes. We provide full lifecycle support including solution design, equipment manufacturing, installation, commissioning, operator training, and long-term after-sales service.
Absolutely. Our intelligent welding systems significantly reduce dependence on skilled labor, shorten setup time, improve production efficiency, and support long-term smart manufacturing upgrades.
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