Ultrasonic Metal Cutting Machine USM-500
The USM-500 is an ultrasonic machine tool designed specifically for cutting hard metals like titanium and stainless steel by using high-frequency vibrations to remove material without generating heat damage. It falls under HTS 8456.20.10 as it operates via ultrasonic processes for metalworking, enabling precision cuts in aerospace components. This classification distinguishes it from other removal methods like laser or EDM.
Import Duty Rates by Country of Origin
| Origin Country | MFN Rate | Ch.99 Surcharges | Total Effective Rate |
|---|---|---|---|
| ๐จ๐ณChina | 3.5% | +35.0% | 38.5% |
| ๐ฒ๐ฝMexico | 3.5% | +10.0% | 13.5% |
| ๐จ๐ฆCanada | 3.5% | +10.0% | 13.5% |
| ๐ฉ๐ชGermany | 3.5% | +10.0% | 13.5% |
| ๐ฏ๐ตJapan | 3.5% | +10.0% | 13.5% |
More Specific Codes
This product may fall under a more specific subheading:
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If used for drilling rather than general material removal
Drilling machines, even ultrasonic, may classify under 8462 for specific metalworking operations like hole-making instead of broad ultrasonic processes.
If primarily for semiconductor wafer preparation
Statistical notes for Chapter 84 exclude semiconductor-specific machines to Chapter 84 or 90 provisions, shifting from general metalworking ultrasonic tools.
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Import Tips & Compliance
โข Verify machine specifications confirm ultrasonic vibration frequency over 20 kHz and metalworking capability to avoid misclassification; provide technical datasheets and end-use certificates for customs clearance
โข Common pitfall: inadequate vibration tool documentation leading to scrutiny under Chapter 84 general machinery provisions
Related Products under HTS 8456.20.10
Precision Ultrasonic Lapping Machine for Metals UML-300
The UML-300 employs ultrasonic-assisted lapping to achieve mirror finishes on metal surfaces such as hardened steel dies and molds, removing microscopic material layers through abrasive slurry vibration. Classified under HTS 8456.20.10 for its ultrasonic process tailored to metalworking, it supports high-precision applications in tool and die making. This avoids overlap with mechanical lappers in other headings.
Ultrasonic Deburring Machine DBU-2000 Metal Series
The DBU-2000 uses ultrasonic energy to vibrate tools that remove burrs from machined metal parts like engine components, preventing damage to delicate features. It is classified in HTS 8456.20.10 due to its ultrasonic material removal process optimized for metals, distinct from chemical or mechanical deburring. Ideal for automotive and aerospace finishing.
High-Frequency Ultrasonic Machining Center UMC-1000
The UMC-1000 is a CNC ultrasonic machining center for complex metal shapes in brittle-hard alloys, using tool vibration to abrade material with minimal force. HTS 8456.20.10 applies for its ultrasonic operation in metal removal, supporting industries like medical implants and turbine blades. Differentiates from EDM or laser due to vibration-based process.
Ultrasonic Grinding Machine for Hard Metals UGM-750
UGM-750 facilitates ultrasonic grinding of carbide tools and superalloys, where vibrations enhance abrasive action for superior surface integrity. Under HTS 8456.20.10 for ultrasonic metalworking, it excels in regrinding HSS and cobalt tools. Prevents thermal distortion common in conventional grinding.
Portable Ultrasonic Metal Trepan Machine TUM-400
The handheld TUM-400 performs ultrasonic trepanning to core holes in thick metal plates for shipbuilding and oil rigs, using annular tools with vibration. Classified HTS 8456.20.10 for portable ultrasonic metal removal, offering field repair capabilities. Suited for on-site maintenance where large machines can't access.
Ultrasonic Assisted Drilling Rig for Metals UDR-900
UDR-900 boosts deep-hole drilling in high-strength steels using ultrasonic vibration to reduce torque and chip breakage. HTS 8456.20.10 covers this ultrasonic metalworking process for oilfield and defense applications. Enhances penetration rates over conventional drilling.