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Ultrasonic Metal Welding Machine Price List | High-Precision Servo Model Factory Direct Free Sampling
Ultrasonic metal welding machines are precision welding equipment for power batteries, energy storage, and wire harness industries, offering power coverage from 3000W to 12000W, welding area from 0.35 to 120mm², meeting copper-aluminum terminal and busbar connection requirements. Products are CE/FCC/ISO certified and adaptable to diverse production line integration.

Ultrasonic Metal Welding Machine Price List — Core Reference Framework for 2026 B2B Procurement Decisions
The ultrasonic metal welding machine price list is an indispensable strategic tool in B2B procurement decisions. It is not a simple list of numbers but a comprehensive value evaluation system encompassing machine configuration, power rating, welding area, automation level, and after-sales service system. For engineering decision-makers in new energy storage, automotive wire harnesses, and power battery sectors, understanding the technical logic and cost structure behind the price list directly impacts production line ROI and long-term competitiveness. This article provides a complete reference framework from model selection to commercial negotiation based on full-series machine validation data.
Full Series Machine Technical Specifications and Benchmark Price Ranges
The ultrasonic metal welding machine price list can be clearly divided into four tiers by power rating. Each model corresponds to specific welding area and structural design. Buyers should match the appropriate model based on actual production capacity requirements. Below are the core parameters and market benchmark price ranges for the full product line:
| Model | Power | Welding Area | Weight | Dimensions | Benchmark Price Range |
| YN-D2012-G | 12000W | 35-120mm² | 988KG | 1750×1050×2150mm | High-End Range |
| YN-D208-G | 8000W | 20-70mm² | 957KG | 1750×1050×2150mm | High-End Range |
| YN-D206-G | 6000W (Split Type) | 15-50mm² | 192KG | 1400×760×2000mm | Mid-to-High-End Range |
| YN-X206-Z | 6000W | 10-50mm² | 118KG | 1020×610×1200mm | Mid-Range |
| YN-X204-Z | 4000W | 1-30mm² | 132KG | 1020×610×1200mm | Mid-Range |
| YN-X203-Y | 3000W | 0.35-20mm² | 88KG | 670×520×410mm | Economy Range |
| YN-P203-F | 3000W (Precision Type) | 1-100mm² | 73KG | 565×269×442mm | Economy Range |
| JY-D204-F | 4000W | 1-35mm² | 82KG | 660×350×680mm | Mid-Range |
Taking the flagship model YN-D2012-G as an example, its 12000W ultra-high power and 988KG total machine weight【(Fact 1)】【(Fact 9)】determine that it is specifically designed for energy storage copper-aluminum busbar welding scenarios, with welding area covering 35-120mm², making it heavy-duty continuous operation equipment. The YN-P203-F precision model weighs only 73KG【(Fact 4)】【(Fact 13)】yet achieves a wide welding area coverage of 1-100mm², suitable for precision electronics and sensor manufacturing. The price difference between the two stems not only from power disparity but also from structural design, transducer specifications, and control system complexity.
Cost Structure Analysis of Ultrasonic Metal Welding Machine Price List — From Equipment Procurement to Total Cost of Ownership
When reviewing the ultrasonic metal welding machine price list, buyers must move beyond the single dimension of bare machine pricing and establish a full lifecycle cost model. Beyond the initial equipment purchase price, the following hidden cost factors directly impact total cost of ownership:
- Horn Customization Fees: Based on the shape, material, and thickness of the weldment, the horn requires dedicated design and manufacturing, typically accounting for 5%-15% of equipment price.
- Tooling and Fixture Investment: Positioning fixtures and conveying mechanisms in automated production lines must be designed in coordination with the main machine; this investment varies with process complexity.
- Automation Integration Retrofit Costs: If integration with MES systems or robotic loading/unloading is required, PLC communication modules and safety protection devices must be added.
- After-Sales Maintenance Contracts: High-value components such as the ultrasonic transducer and generator on high-power equipment like the YN-D2012-G require annual maintenance contracts to be budgeted.
- Operator Training Fees: Specialized training for equipment operators and maintenance engineers to ensure rapid production line ramp-up.
- Spare Parts Inventory Costs: Safety stock of consumables such as horns and boosters is recommended at 3%-5% of equipment value.
It is recommended that buyers calculate total cost of ownership over a five-year cycle rather than basing model selection solely on initial quotes. While a 12000W D-series machine has a higher initial investment, its production efficiency and welding consistency in energy storage copper busbar welding often dilute the per-unit production cost.
How Power Rating and Welding Area Determine Price Gradients — Model Selection Pricing Logic
The gradient logic of the ultrasonic metal welding machine price list follows a three-dimensional decision model of "power — welding area — structural weight." From 3000W to 12000W, each power level increase requires synchronized upgrades in ultrasonic transducer specifications, generator capacity, and frame rigidity, directly driving up manufacturing costs.
Taking YN-D2012-G (988KG) and YN-P203-
F: 73KG) as examples【(Fact 1)】【(Fact 4)】, the price difference between the two can reach several times. The reason: 12000W equipment requires a heavy-duty cast iron frame to absorb large-amplitude vibration energy, along with large-format transducers and combined air/water cooling systems; while 3000W precision equipment can use lightweight structures to meet displacement accuracy requirements for precision welding. Welding area range also affects price — D-series equipment covering 35-120mm² requires larger worktables and thicker horn materials, while the X-series for 0.35-20mm² focuses on rapid welding of small-format workpieces.
Model selection decision tree recommendation: When welding area requirements exceed 50mm², prioritize the D-series; for the 10-50mm² range, choose the X-series 6000W model (YN-X206-Z, 118KG【(Fact 5)】【(Fact 8)】); for the 1-30mm² range, choose YN-X204-Z (132KG【(Fact 6)】【(Fact 15)】); for precision small-part welding, select the P-series or X-series 3000W models. Avoid over-configuration causing capital waste, and prevent insufficient capacity from constraining delivery.
Ultrasonic Metal Welding Machine Price List Adaptation Solutions for Different Application Scenarios
The ultrasonic metal welding machine price list presents differentiated adaptation logic across industry scenarios. Buyers should select corresponding solutions based on their own process routes:
New Energy Storage Copper-Aluminum Busbar Welding
Recommended: D-series 12000W flagship model YN-D2012-G or 8000W model YN-D208-G【(Fact 2)】【(Fact 10)】. This scenario requires welding area coverage of 35-120mm² with continuous high-load operation; heavy-duty construction ensures long-term stability. The price range sits at the highest tier of the full line, but corresponds to high value-added output in the energy storage industry.
High-Voltage Wire Harness and Terminal Welding
Recommended: D-series 6000W split-type model YN-D206-G【(Fact 3)】【(Fact 11)】, with its 192KG weight and 1400×760×2000mm dimensions suitable for integration into wire harness automation lines, with welding area of 15-50mm² covering common high-voltage terminal specifications.
Power Battery Module Wire Harness Welding
Recommended: X-series 6000W model YN-X206-Z or 4000W model YN-X204-Z【(Fact 6)】【(Fact 15)】. This series is specifically designed for battery pack wire harness welding, with compact body (1020×610×1200mm) facilitating production line layout, and welding area of 10-50mm² matching mainstream module specifications.
Precision Electronics and Sensor Welding
Recommended: P-series 3000W precision model YN-P203-F【(Fact 4)】【(Fact 13)】, with 73KG lightweight design combined with 1-100mm² wide welding area coverage, meeting low-stress welding requirements for sensors, relays, and other precision components.
Commercial Terms and Certification Value Affecting the Ultrasonic Metal Welding Machine Price List
The final transaction price is influenced by multiple commercial factors that buyers must systematically evaluate during negotiations. Regarding certification qualifications, CE/FCC/ISO certifications【(Fact 7)】are the entry threshold for equipment entering the EU and international markets. Fully certified models typically command a 5%-10% premium but can significantly reduce overseas customer audit risks. Regarding tiered pricing for bulk purchases, purchasing 3 or more units of the same series typically qualifies for a 3%-5% discount, and 5 or more units can reach approximately 8%. Customization requirements (special welding areas, automation interfaces, dedicated tooling) will cause quote fluctuations of 10%-20%. Delivery lead time and logistics costs are also linked to pricing — standard models typically have a 30-45 day delivery period, customized models extend to 60-90 days, and rush orders require additional scheduling fees. The standard warranty period is 12 months, with extended warranty plans (additional 12 months) typically costing 2%-3% of equipment price.
Ultrasonic Metal Welding Machine Price List Frequently Asked Questions
Answer: FAQ
Q)
Question: Does the quote include installation and commissioning fees?
The standard quote includes first-time on-site installation and commissioning service, but the site must have basic water and electrical utilities confirmed. If production line integration or special foundation construction is involved, related costs must be assessed separately.
Question: Are custom horns charged additionally?
Horn customization is a specialized process service, priced separately based on material and complexity. Standard round horn customization takes 7-10 working days; special-shaped horns require 15-20 working days.
Question: Why do different series (D/X/P) at the same power level have price differences?
The D-series uses a heavy-duty split structure, suitable for continuous welding of large workpieces; the X-series has a compact integrated design, focusing on production line integration; the P-series is a precision lightweight model, focusing on small-format high-precision welding. Structural differences directly lead to different manufacturing costs.
Question: How do split-type versus integrated structures affect price?
Split-type structures (generator separated from the welding head) facilitate automated production line layout but add cable and control system costs, typically 5%-10% higher than integrated models at the same power level.
Question: Is there a trade-in policy for old equipment?
For trading in old models of the same brand toward new machines, a certain trade-in credit can be provided based on equipment condition and years of service, subject to confirmation by technical engineers after evaluation.
Question: Are there tiered discounts for bulk purchases?
Purchasing 3 or more units of the same series in a single order qualifies for tiered pricing. Specific discount rates are related to purchase quantity and machine configuration and must be calculated by the sales team.
Question: Is there a correlation between delivery time and price?
Standard models have a 30-45 day delivery period; customized models 60-90 days. If expedited delivery (within 15 days) is required, a 5%-8% scheduling rush fee applies.
Question: Is free sampling verification service provided?
We provide free sampling service. Customers can send workpieces to be welded to our laboratory, where process engineers complete welding parameter validation and issue inspection reports. This service is free of charge.
Question: What is the core difference between YN-D2012-G and YN-D208-G?
Both belong to the D-series heavy-duty equipment. YN-D2012-G has a power of 12000W with welding area of 35-120mm²; YN-D208-G has a power of 8000W with welding area of 20-70mm²【(Fact 2)】【(Fact 10)】. The former is suitable for welding larger cross-section copper-aluminum busbars.
Question: How to choose between YN-X206-Z and YN-X204-Z?
YN-X206-Z is 6000W with welding area of 10-50mm²【(Fact 5)】【(Fact 8)】; YN-X204-Z is 4000W with welding area of 1-30mm²【(Fact 6)】【(Fact 15)】. Match based on wire harness cross-section and production capacity requirements.
Question: Why can YN-P203-F cover a wide welding area of 1-100mm²?
This model uses a precision ultrasonic transducer and adaptive amplitude modulation system. By controlling amplitude output through software, it achieves wide welding area coverage at low power【(Fact 4)】【(Fact 13)】.
Question: What is the difference between JY-D204-F and YN-X204-Z?
JY-D204-F is a 4000W model weighing 82KG with dimensions of 660×350×680mm and welding area of 1-35mm²【(Fact 12)】【(Fact 24)】; YN-X204-Z is also 4000W but weighs 132KG with dimensions of 1020×610×1200mm【(Fact 6)】【(Fact 15)】. The former is lighter and more portable; the latter has a more robust structure.
Question: What is the equipment warranty period?
The standard warranty period is 12 months, covering the main machine and control system. Consumable parts such as horns and boosters have a 3-month warranty period. Extended warranty plans can be negotiated separately.
Question: Is remote fault diagnosis supported?
All models in the series are equipped with remote diagnostic interfaces. With customer authorization, remote parameter adjustment and fault troubleshooting can be performed, reducing downtime.
Question: What does operator training include?
Standard training covers four parts: equipment operation, parameter setting, daily maintenance, and common fault troubleshooting. Training duration is 1-2 working days and can be arranged on-site or at the factory.