4 Axis 5 Axis Alto Laser Welding Machine for High-Speed Applications

Name: 4 Axis 5 Axis Alto Laser Welding Machine for High-Speed Applications
Brand: Demark (Wuhan) Technology Co., Ltd
SKU: 2053295322

Hubei, ChinaDemark (Wuhan) Technology Co., Ltd

US$5,600.00-14,500.00

1 Piece

Product profile

Customization

Available

After-sales Service

Online Support, Technical Support

Warranty

1 Years

Model NO.

2000w-6000w

Application

Biomedicine, Electronic Industry, Automotive Industry, Powder Metallurgy, Manufacturing Industry

Technical Class

Continuous Wave Laser

Control

Automatic

Power Density

Deep Fusion Welding

Laser Classification

Optical Fiber Laser

Type

Laser Spot Welder

Welding Range

1200*800*400mm

Maximum Welding Speed

60mm/S (Axis Travel Speed)

CCD Welding Seam Monitoring

with 8-Inch LCD Monitor

Welding Software

Specialized Laser Welding Software

Transport Package

Fumigation-Free Wooden Box

Specification

Machine dimension: 1850*1450*2250mm

Trademark

DMK

Origin

Wuhan, China

HS Code

8515800090

Production Capacity

200 Pieces/Month

Key features

CCD Seam Monitoring: Equipped with 8-inch LCD monitor for real-time welding seam monitoring and auto-focus.

Customizable Models: Exclusive models can be customized according to customer needs with optional rotating shafts.

High Efficiency Welding: Boosted efficiency with fixtures and rotating devices for large quantity and high consistency production.

Long Laser Source Life: Pump source life exceeds 10 million hours with excellent pulse power and energy stability.

Flexible Laser Options: Optional laser generators including YAG, QCW, Fiber Laser, and Semiconductor.

Dual-Axis Galvo Technology: HW20 Double Pendulum Galvo with 200Hz frequency and 0-5mm spot width.

Eco-Friendly Design: Compact structure using semiconductor optical fiber without laser gas, ensuring green environmental protection.

Company profile

High Repeat Buyers ChoiceExperienced TeamSelf-brandedPatents Awarded

Demark (Wuhan) Technology Co., Ltd

Hubei, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service Available CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 7 Years CertifiedNearest Port: Guangzhou Port, Shanghai PortAverage Response Time: ≤4.04h

AI-Powered supplier vetting

SummaryDemark (Wuhan) Technology Co., Ltd. is identified as a factory and limited company with 47 employees, offering a broad range of laser equipment, consumables, and repair services. It reports extensive customization and ODM capabilities, new product development during the past year, and an available SDK. The supplier has exported for seven years and provides documented inspection instructions that are uniformly followed. However, its overseas service infrastructure is limited: it has no overseas warehouse, showroom, agents, or branches, and reports services in zero overseas countries. Service-management procedures exist for supplier assessment, corrective actions, and complaints, but records or written procedures are incomplete. A BV audit is listed with validity from July 11, 2025 to July 10, 2026, while the stated audit evaluation result is 0; the context does not explain the scoring system.

Supplier typeThe supplier is described as a factory, a limited company, and a combined-type business with 47 employees. Its offerings cover laser cleaning, welding, 3D printing, marking, cutting, consumables, and repair services, indicating a manufacturing-oriented supplier with a broad product scope.

After-Sales capabilityThe supplier offers laser repair services and reports a complaint-handling procedure, but it has no written records for complaint handling or corrective and preventive actions. It also has no overseas warehouse, showroom, agent, or branch and reports service coverage in zero overseas countries, although it has attended the Japan Welding Show.

R&D capabilityThe supplier states that it introduced new products during the past year, provides ODM services, and has an available SDK. These entries provide explicit evidence of product development and software-related R&D capability.

Production capacityThe supplier is identified as a factory offering multiple categories of laser equipment, consumables, and repair services. Finished-product inspection instructions are available and uniformly followed; reported lead times are within 15 working days in the off-season and one month during peak season.

Customization capabilityBoth slices list customization from samples, customization from designs, full customization, minor customization, and flexible customization. The supplier also reports ODM service availability, providing strong explicit evidence of broad customization capability.

Product Q&A

Q:What safety measures should be taken when performing lithium battery pack laser welding?

Lithium battery pack laser welding should only be performed by trained personnel with appropriate safety equipment. The laser beam can be hazardous to the eyes and skin, so proper eye protection and protective clothing must be worn. Additionally, proper ventilation is necessary to remove any fumes or vapors generated during the welding process.

Q:Can lithium battery pack laser welding be automated?

Yes, lithium battery pack laser welding can be automated using robotic systems. Automated laser welding can improve the efficiency and accuracy of the welding process, leading to greater consistency and quality of the battery packs.

Q:What industries use lithium battery pack laser welding?

Lithium battery pack laser welding is used in a variety of industries that require high-performance lithium batteries, such as aerospace, automotive, and consumer electronics. It is also used in the production of medical devices, power tools, and renewable energy systems.

Q:What are the different types of laser welding techniques used in lithium battery pack assembly?

The two main types of laser welding techniques used in lithium battery pack assembly are pulsed laser welding and continuous wave laser welding. Pulsed laser welding involves using short, high-intensity pulses of laser energy to create a weld, while continuous wave laser welding uses a continuous stream of laser energy to create a weld.