Winna metal ultrasonic welding machine prices and full model lineup, covering high-precision industrial-grade equipment, delivering stable welding quality and e
In the fields of new energy storage, automotive wire harnesses, and precision electronics manufacturing, differences in metal ultrasonic welding machine prices and models often confuse procurement decision-makers. Based on full-series measured data, this article systematically reviews the core technical parameters and pricing logic of seven main models ranging from 3000W to 12000W, helping B2B procurement engineers establish an evaluation framework from "looking at price" to "looking at value." We will analyze the four core factors affecting equipment quotations — power level, welding area, machine structure (integrated/separated), and automation adaptation capability — and provide typical model references for different budget ranges.
The following table summarizes the complete technical parameters of the D series (large copper-aluminum busbar welding), X series (power battery wire harness welding), and P series (precision electronics welding). All data comes from factory measurements and can be directly used for production line process evaluation. The matching logic of metal ultrasonic welding machine prices and models first depends on the actual requirements of welding cross-sectional area and material combinations.
| Model | Power | Welding Area | Weight | Dimensions | Typical Applications |
|---|---|---|---|---|---|
| YN-P203-F | 3000W | 1-100mm² | 73KG | 565×269×442mm | Precision electronics, sensor welding |
| YN-X203-Y | 3000W | 0.35-20mm² | 88KG | 670×520×410mm | High-efficiency precision metal welding |
| YN-X204-Z | 4000W | 1-30mm² | 132KG | 1020×610×1200mm | Lithium battery wire harness terminal welding |
| YN-X206-Z | 6000W | 10-50mm² | 118KG | 1020×610×1200mm | Power battery wire harness welding |
| YN-D206-G | 6000W | 15-50mm² | 192KG | 1400×760×2000mm | High-voltage wire harness copper-aluminum terminal welding |
| YN-D208-G | 8000W | 20-70mm² | 957KG | 1750×1050×2150mm | Large wire harness copper-aluminum busbar welding |
| YN-D2012-G | 12000W | 35-120mm² | 988KG | 1750×1050×2150mm | Energy storage copper-aluminum busbar welding |
From the table above, the YN-D2012-G is positioned as the D-series flagship with its 12000W ultra-large-area welding capability (35-120mm²), suitable for energy storage copper busbar welding. Meanwhile, although the YN-P203-F has only 3000W power, its welding area coverage of 1-100mm² is actually wider, thanks to the frequency response optimization of the P-series precision control system. When comparing metal ultrasonic welding machine prices and models, buyers should focus on the match between welding area and power rather than simply pursuing higher power.
The technical roots of equipment quotation differences can be broken down into five dimensions: ultrasonic generator power level, transducer quantity and layout, horn material (titanium alloy/steel/carbide), frame rigidity design, and control system precision. Taking the separated-structure YN-D206-G (192KG, 6000W) and the integrated-structure YN-D208-G (957KG, 8000W) as examples, the price difference logic lies not only in the power increase but also in the fact that the YN-D208-G uses a monolithic cast frame and dual-transducer symmetrical layout to handle dynamic loads during large copper-aluminum busbar welding, which is directly reflected in its 957KG total machine weight.
Buyers should be wary of two types of quotation traps: first, "simplified versions" priced more than 30% below the market average, which often omit the welding pressure closed-loop feedback system or horn life monitoring module; second, overpriced high-end configurations — if the production line has no automation integration requirements yet, there is no need to pay extra for PLC communication interfaces. A reasonable evaluation of metal ultrasonic welding machine prices and models should be based on actual yield data from weld sample testing.
Based on three key process parameters — welding material thickness, conductive area, and production takt time — application scenarios can be divided into five levels, each with clear model recommendations:
F：??3000W, 1-100mm²), its 73KG lightweight body is suitable for integration into precision assembly lines.
In the final selection of metal ultrasonic welding machine prices and models, it is recommended to send weld samples to the supplier for free process testing, focusing on verifying the pull-off force and internal resistance values of copper-aluminum dissimilar metal welds. The full series covers a power range from 3000W to 12000W. The D series supports interchangeable power modules at 4000W, 6000W, 8000W, and 12000W, meeting production line upgrade requirements. The YN-D206-G's separated design isolates the generator from the control unit, effectively reducing vibration interference and improving welding consistency. All models are equipped with real-time frequency tracking and amplitude adaptive adjustment functions, completing the entire process from contact detection to welding completion within 0.1 seconds. The YN-D2012-G is specially optimized for energy storage copper busbar welding with multi-stage pressure curve settings, ensuring uniform weld density across the 35-120mm² cross-sectional area range. The YN-D208-G and YN-D2012-G feature a 1750×1050×2150mm integrated heavy-duty frame with precision linear guide rails, maintaining horn position repeatability within ±0.02mm under continuous 24-hour full-load operation. The X and P series use aluminum alloy frames with vibration-damping bases, balancing rigidity and mobility. A：??FAQ Q1: In metal ultrasonic welding machine prices and models, is higher "power" always better? Not necessarily. Power must match the welding cross-sectional area. A 3000W machine welding 1-30mm² copper terminals achieves better efficiency and yield than a 12000W machine, because excessive power may cause over-welding of thin-walled materials. It is recommended to select the power range based on the actual workpiece cross-sectional area. Q2: What are the main differences in price between the YN-D2012-G and YN-D208-G? Both have the same dimensions (1750×1050×2150mm), but the YN-D2012-G increases the welding area limit to 120mm² and is equipped with a higher-specification ultrasonic generator and reinforced horn assembly, increasing total machine weight by 31KG (988KG vs 957KG). This cost difference directly reflects the large cross-section energy storage welding capability. Q3: How to choose between the separated structure (YN-D206-G) and integrated structure (YN-D208-G)? The separated structure is suitable for scenarios with limited production line space or where the control cabinet needs to be positioned away from vibration sources — the YN-D206-G (192KG) can be flexibly arranged. The integrated structure offers stronger rigidity, suitable for high dynamic loads during large copper-aluminum busbar welding, but requires sufficient installation space. Q4: What is the standard delivery time for equipment? Standard models (YN-P203-F, YN-X203-Y) have a standard delivery time of 15 working days. D-series large equipment (YN-D2012-G, YN-D208-G) requires full-load aging testing, with a delivery time of 30 working days. Specific delivery times must be confirmed based on the production schedule. Q5: Do you support customized horns and tooling fixtures? Yes. We provide horn customization services based on customer workpiece drawings, with a standard customization cycle of 10 working days. Note that horn material (titanium alloy/steel) affects service life and welding quality; it is recommended to provide weld samples for compatibility testing. Q6: What is the energy consumption level of the equipment? Taking the YN-D206-G as an example, rated power is 6000W, with actual welding energy consumption at approximately 60%-70% of the rated value (due to intermittent operation). Combined with the standby auto-sleep function, overall energy consumption is more than 40% lower than comparable pneumatic welding equipment. Q7: What is the supply lead time and pricing for spare parts? Common spare parts (horns, transducers, generator modules) are kept in domestic warehouse stock and shipped within 48 hours. Horn life ranges from 50,000 to 150,000 cycles depending on the welding material, and transducers have a 2-year warranty. Q8: How is operator training arranged? Each equipment delivery includes free on-site training for 2 operators (1 working day), covering parameter settings, daily maintenance, and troubleshooting. Advanced process optimization training courses are also available. Q9: What is the equipment warranty policy? The complete machine is warranted for 24 months, and the ultrasonic generator and transducer are warranted for 36 months. During the warranty period, we provide 48-hour response and 72-hour on-site service (limited to mainland China). Q10: Where is the selection boundary between the YN-X204-Z and YN-X206-Z? The main considerations are welding cross-sectional area and takt time requirements. The YN-X204-Z (4000W, 1-30mm²) is suitable for conventional lithium battery terminals, while the YN-X206-Z (6000W, 10-50mm²) is suitable for power battery high-current connection strips. Both have the same dimensions (1020×610×1200mm), facilitating production line interchangeability. Q11: How can welding quality be verified? Three tests are recommended: tensile destructive testing (to verify weld strength), contact resistance testing (to verify electrical conductivity), and metallographic cross-section analysis (to verify intermetallic compound layer thickness). We can provide test specification references. Q12: Does the equipment support MES system integration? Both the D and X series come standard with RS485 communication interfaces, with optional Ethernet modules available, supporting weld parameter traceability and yield statistics. The P series (YN-P203-F) requires an additional data acquisition module. Q13: What specific scope do the CE/FCC/ISO certifications of the YN-X203-Y cover? The CE certification covers Electromagnetic Compatibility (EMC) and Low Voltage Directive (LVD), FCC certification addresses wireless radiation requirements for the US market, and ISO9001:2015 covers the production quality management system. Certification documents can be delivered with the equipment. Q14: What are the equipment operating environment requirements? Ambient temperature 5-40°C, relative humidity ≤80% (non-condensing). It is recommended to install in a workshop without strong vibration or corrosive gases. D-series large equipment requires additional confirmation of floor load-bearing capacity (≥1.5 tons/m²). Q15: Do you support trade-in or recycling of old equipment? Yes. We provide old equipment evaluation and recycling services. The recycling value is determined based on equipment age and condition, and can be applied as a credit toward new equipment purchases.
Q) — Professional Responses on Pricing, Lead Time, and After-Sales Service
Product Features — Technical Strength and Quality Assurance
Power Coverage and Modular Design
Welding Quality and Process Control
Structural Rigidity and Long-Term Stability
Frequently Asked Questions
For final confirmation of metal ultrasonic welding machine prices and models, a five-stage progression route is recommended:
The full series of equipment has passed CE, FCC, and ISO9001:2015 quality system certifications. The YN-X203-Y model has obtained complete certificate filings for all three certifications. To obtain detailed quotations for metal ultrasonic welding machine prices and models or to arrange sample testing, please provide welding workpiece drawings, material specifications, and production takt time requirements. We will issue a technical proposal and commercial quotation within 2 working days. All technical parameters are based on factory measured data. Factory visits and equipment demonstrations are welcome by appointment.
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