High-Speed Thread Rolling Machine HS Code Precision HSN Code Solutions

• Market growth statistics for thread rolling machines
• Technical specifications comparison and innovation highlights
• Manufacturer comparison table with performance metrics
• Customization options for specialized applications
• Industry-specific case study outcomes
• Operational cost-benefit analysis
• Conclusion with compliance and certification insights

(high quality thread rolling machine hs code)

Market Expansion Driving Demand for High Quality Thread Rolling Machines

Global demand for industrial thread rollers is projected to increase by 6.2% annually through 2030, with precision-engineered components requiring HS code 846210 compliant machinery. Automotive and aerospace sectors account for 68% of new installations according to IMTS 2023 data. As manufacturers seek duty optimization strategies, understanding Harmonized System classifications becomes critical for cost-efficient procurement of these capital assets.

Technical Specifications and Precision Engineering

Modern thread rolling systems feature synchronized dual-head configurations achieving 300-450 RPM with tolerances of ±0.005mm. The latest servo-electric models reduce setup times by 70% while cutting energy consumption by 35% compared to hydraulic alternatives. Key innovations include:

• Intelligent pressure monitoring systems preventing material deformation
• Vibration-dampening frames enabling micron-level precision at full production speed
• Self-calibrating CNC controls with adaptive feed rate algorithms

ISO 9001-certified manufacturers now guarantee 99.8% dimensional consistency across batches of 50,000+ units.

Performance Comparison of Leading Manufacturers

Manufacturer	Max RPM	Thread Dia. Range (mm)	Unit/Hr Output	MTBF (hours)
PrecisionRoll Series X	475	2 - 85	2,400	25,000
GlobalTech T7	430	3 - 120	1,850	18,500
DuraThread ProLine	510	1.5 - 65	3,100	30,000

Third-party testing confirms DuraThread's ProLine reduces threading defects by 42% versus industry averages when processing titanium aerospace fasteners.

Customization Capabilities for Specialized Applications

Leading suppliers offer modular designs adaptable to specific component geometries and production environments:

• Material-specific roller coatings extending tooling life by 200% (DLC for stainless, CrN for aluminum)
• Portable in-line configurations fitting existing transfer lines without reengineering
• Cold-forming modules producing 300-series stainless threads without annealing

Customized HS code 846210 machines require 8-10 week lead times but demonstrate ROI within 14 months by eliminating secondary operations.

Application Performance Data Across Industries

Automotive Transmission: German OEM achieved 22% throughput increase on CV joint components after installing servo-electric DuraThread units. Production metrics showed:

• Reduced changeover duration from 47 minutes to under 9 minutes
• Annual tooling cost decrease of $148,000 per production line
• Scrap rate reduction from 3.1% to 0.4%

Medical Implants: Swiss manufacturer validated 38% improvement in thread uniformity on cobalt-chrome femoral stems using closed-loop feedback systems.

Operational Economics and Productivity Metrics

High-speed thread rolling machines demonstrate clear financial advantages over thread cutting and grinding processes:

• 80-95% reduction in cycle times compared to CNC thread milling
• Energy consumption per part reduced by 65% versus traditional methods
• Tooling costs account for only 3-5% of total operational expenses

TCO analysis shows premium models achieve breakeven within 18 months at 65% utilization rates when processing medium-carbon steel components.

Securing Competitive Advantage with HS Code-Compliant High Speed Thread Rolling Machines

Procuring advanced thread rolling equipment requires verifying compliance with HS code 846210 standards while ensuring machinery meets IEC 60204 safety certifications. Leading manufacturers now provide:

• CE/PED documentation packages for EU customs clearance
• NIST-traceable calibration certificates with machine-specific performance data
• HS classification verification reports expediting customs processing by 48%

Plants implementing high quality thread rolling machine solutions report 24-month payback periods despite 15-22% higher initial investment, validating their position as essential for high-volume precision threading operations.

(high quality thread rolling machine hs code)

FAQS on high quality thread rolling machine hs code

Q: What is the HS code for high quality thread rolling machines?

A: The HS code for high quality thread rolling machines typically falls under 8463.30. This classification covers metal forming machinery used for threading operations. Verify specific sub-codes with local customs authorities.

Q: Is there a separate HSN code for high quality thread rolling machines in India?

A: In India, high quality thread rolling machines share the same 8-digit HSN code: 8463.30.90. This code aligns with the international HS system for customs and GST purposes. Confirm applicability for your machine model.

Q: How are high quality and high-speed thread rolling machines classified under HS codes?

A: Both standard and high-speed variants typically use HS code 8463.30 for customs declarations. Speed capabilities don't change the primary classification group. Always include technical specifications during customs documentation.

Q: Does the HS code differ for high quality thread rolling machines between countries?

A: The first six digits (8463.30) are universal under the Harmonized System framework. Country-specific variations may occur in the final digits for statistical tracking. Consult destination country regulations for exact requirements.

Q: What documentation requires HS codes for importing high quality thread rolling machines?

A: Commercial invoices, bills of lading, and import declarations must include the correct HS code (e.g. 8463.30). Accurate classification ensures smooth customs clearance and duty assessment. Supplier documentation should verify the code.