Pillow plate laser welding machine
Pillow Plate Laser Welding Machine Overview
Wide Application Across Diverse Industrial Scenarios
Tailored for diversified production demands, this mature pillow plate laser welding machine implements stable production via proven heat exchanger plate laser welding technology across five mainstream industries
Petrochemical Industry
Fabricate jacket pillow plates and pressure-bearing shell plates for chemical reaction vessels, adapting to operating pressure up to 500bar.
Food & Beverage Sector
Produce cooling pillow plates for sterilization and fermentation tanks, with hygienic welds meeting strict food tightness standards;
New Energy & Lithium Storage
Manufacture liquid cooling pillow plates for power batteries and energy storage modules, limiting thermal deformation to secure consistent heat dissipation performance.
Pharmaceutical Equipment Production
Process interlayer pillow plates for medical reactors, with impurity-free welds complying with pharmaceutical GMP specifications.
HVAC & Industrial Boiler
Mass-produce heat exchange pillow plates for civil and industrial boiler systems to support continuous batch fabrication.
On-site equipment demonstration video
The video showcases HS Laser’s fully automated pillow-shaped plate laser welding machine. The machine handles feeding and welding, producing neat and aesthetically pleasing welds, achieving high-efficiency production.
Benchmark Specification Comparison with Peer Welding Equipment Core Competitive Advantages of HS Laser’s
| Comparison Items | HS Pillow Plate Laser Welding Machine | Generic Domestic Welding Unit | Imported European Equivalent Model |
|---|---|---|---|
| Laser Output Power | 2000W/3000W/4000W/6000W optional | Fixed 2000W & 3000W only | Minimum 3000W, no low-power options |
| Processing Stroke | 1500×3000mm up to 12000mm customizable | Max stroke limited within 6000mm | Fixed 6000mm, 30% extra cost for dimensional modification |
| Drive & Feeding System | 6-axis robotic linkage + fully automatic feeding | 3-axis semi-auto setup with manual loading | 6-axis robot equipped, separate feeding system requires extra procurement |
| Production Yield Rate | ≥99.7% supported by mature preset pillow plate laser welding parameters | 94%~96% qualified output | ≥99.8% yield with 65% higher overall purchase cost |
| Daily Power Consumption | 38% lower energy cost vs traditional welding devices | Standard industry baseline | 15% higher power consumption than domestic counterparts |
Welding Equipment
All-round Pre-sale & After-sale Supporting Solutions
Pre-sales Technical Support
We provide professional consultation and customize equipment solutions based on your production needs; customers can refer to our actual production cases to purchase the required number of machines
Non-standard Customization
Flexible modification on laser power, equipment dimension, and automation modules to satisfy unique production requirements
Global On-site Commissioning
Overseas engineers complete machine installation, debugging, and operator training covering routine maintenance and parameter adjustment
Formal Warranty Policy
2-year warranty for laser core components and 1-year full machine coverage, global spare part warehouses support 48-hour expedited component delivery
Permanent Technical Upgrade
Complimentary remote program updates to continuously optimize dimple plate laser welding craft, cost-friendly supply of wearing parts throughout equipment service life.
FAQ
Q1: Will the sample welding test of this pillow plate laser welding machine incur extra fees?
A: All sample pillow plate laser welding tests are free of charge; customers only need to deliver raw pillow plate blanks, and formal business discussion starts once test samples pass quality inspection.
Q2: Is this welding unit compatible with aluminum alloy pillow plate fabrication?
A: Yes, optimized dissimilar-metal welding parameters are preloaded to weld stainless steel, carbon steel, and aluminum-made pillow plates efficiently.
Q3: What is the standard production lead time after order confirmation?
A: Standard-spec machines are available in stock for 7–10 working days; customized dimensional orders require 25–35 working days for production.
Q4: Can novice operators master daily operation and maintenance quickly?
A: Dual English-Chinese interactive control panel; new operators can run equipment independently after 1–3 days of professional on-site training, routine maintenance only includes regular lens cleaning and cooling water replacement.
Q5: How does HS Laser handle unexpected equipment breakdown for overseas clients?
A: Remote online troubleshooting is prioritized; spare parts are dispatched from regional warehouses for hardware faults, with field engineer arrangement for critical urgent malfunctions.
Let's Talk Laser Solutions
From selection to pricing, from machines to service—we’ve got you covered. Email us at manager@cthslaser.com for a detailed plan and fair quote.