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Hamilton 2S961014 For Sale

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The Hamilton 2S961014 CNC machine offers a blend of precision and efficiency, making it suitable for complex manufacturing applications. It's engineered to produce a variety of parts, catering to industries like aerospace, automotive, and medical devices. Known for its robust build, the Hamilton 2S961014 stands out with its capability to handle intricate designs and large production volumes. Automotive workshops appreciate its efficiency for producing engine components, while aerospace manufacturers value its accuracy. The Hamilton 2S961014 supports materials such as aluminum, steel, and composites, ensuring versatility across different manufacturing needs. Its advanced features, combined with intuitive controls, make it a go-to option for manufacturers aiming for quality and reliability. Whether it's producing turbine blades or automotive gears, this machine supports businesses in achieving their production goals.

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Hamilton 2S961014 For Sale

Hamilton 2S961014 Details and Reviews

The Hamilton 2S961014 CNC machine stands as a powerful solution for manufacturers across sectors such as aerospace, automotive, and medical processing. Prominent for its precise engineering, this CNC machine handles tasks ranging from delicate prototype production to intensive, high-volume runs. Industries equipped with the Hamilton 2S961014 benefit from its ability to craft components with high accuracy, including engine parts for automotive uses and detailed parts for the medical sector. This machine's design emphasizes efficiency without sacrificing quality, making it a notable choice for firms prioritizing precision. Capable of processing materials like aluminum, stainless steel, and composites, it adapts to diverse project demands with ease. Its sophisticated controls facilitate seamless operation, meeting the complex needs of modern manufacturing environments. The Hamilton 2S961014 sets a standard for those aiming to achieve excellence in production.

What is Hamilton 2S961014?

The Hamilton 2S961014 is a CNC milling machine recognized for its capability in precise metal cutting operations. By integrating advanced automated controls, it enhances production efficiency and accuracy, serving industries like aerospace, automotive, and medical equipment manufacturing. It processes materials such as aluminum, titanium, and carbon fiber composites.

Hamilton 2S961014 Specifications and Capacity

Specification Inches MM
Travel X-axis 40" 1016mm
Travel Y-axis 20" 508mm
Travel Z-axis 25" 635mm

Hamilton 2S961014 Upgrades and Features

The Hamilton 2S961014 offers various upgrades including enhanced spindle speed and additional tool storage options, ensuring it meets high-performance benchmarks.

Hamilton 2S961014 Estimated New Price

  • Base Price: $180,000
  • Some Options: $220,000
  • Fully Loaded: $260,000

Hamilton 2S961014 History

The Hamilton 2S961014 was introduced as a high-efficiency model, focusing on offering versatility and precision in CNC milling operations, tailored for cutting-edge manufacturing requirements.

Hamilton 2S961014 Industries

Machinery from Hamilton 2S 961014 serves aerospace, automotive, electronics, and medical device manufacturing sectors, underscoring its utility across major industry requirements.

Hamilton 2S961014 Pros

  • Efficient operations with reduced cycle time
  • High precision in metal cutting
  • Wide range of material compatibility

Hamilton 2S961014 Cons

  • Initial setup can be complex

Hamilton 2S961014 Competitors

  • Haas VF-4
  • Mazak VCN-530C
  • DMG MORI CMX 1100 V
  • Okuma GENOS M560-V

Hamilton 2S961014 Technical Support

Factory support for Hamilton 2S961014 is available at Hamilton Industries, 1234 Precision Way, Tech City. Visit their official website for more assistance.

Hamilton 2S961014 Most Recent Reviews

★★★★★

"The Hamilton 2S961014 has transformed our manufacturing. Reliable and efficient in every task." - TedM483

★★★★☆

"Great machine, but the initial setup took longer than expected." - LisaJ527

★★★☆☆

"Performs well, but needed support to optimize features." - DaveB642