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Hartford PBM-135 Successfully Delivered to the UK

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05.15

2026

Hartford PBM-135 Successfully Delivered in the UK
Deepening Our Presence in the UK — Hartford PBM-135 Horizontal Boring and Milling Machine Successfully Delivered to a UK Customer

Hartford high-precision horizontal boring and milling machines continue to expand into the UK market

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As the global manufacturing industry continues moving toward high-precision, large-scale, and intelligent machining, demand for highly rigid and stable large-format machining equipment across the European market is steadily increasing. Recently, Hartford successfully completed the delivery and acceptance of the PBM-135 Series Horizontal Boring Mill for a customer in the United Kingdom.


This successful installation not only marks Hartford’s continued expansion in the European market, but also reflects the growing demand for large-scale boring and milling solutions in industries such as energy, aerospace, mold & die, heavy machinery, and precision components. With its rigid machine structure, powerful heavy-cutting capability, and stable machining accuracy, the PBM-135 Series earned strong recognition from the UK customer and successfully completed final acceptance and delivery.

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PBM-135 : Built for Heavy Cutting and High-Precision Large-Part Machining

The PBM-135 is Hartford’s large-scale horizontal boring mill series, specifically designed for heavy-duty cutting, large workpieces, and long-hour machining applications. The machine features a highly rigid box-way structure, heavy-duty base construction, and a high-torque spindle design to minimize vibration and enhance machining stability.


Key structural features of the PBM-135 Series include:

  • Extra-large column structure
  • High-rigidity box-way system
  • High-torque geared spindle
  • Dual linear guide support for the W-axis
  • Heavy-load rotary table structure


Through its reinforced mechanical design, the PBM-135 maintains excellent geometric accuracy and cutting stability during large-part machining. It is especially well suited for large molds, energy components, engineering equipment, and heavy industry applications requiring efficient heavy cutting performance.

Growing Demand for Large-Scale Machining Expands the Global Presence of the PBM Series

As manufacturing industries continue to upgrade globally, the demand for large-scale, high-precision, and intelligent machining solutions is also rising rapidly. This trend is especially evident in the renewable energy, aerospace, heavy industry, and larg

The PBM-135 Series delivers:

  • High-rigidity machine construction
  • High-torque spindle performance
  • Large workpiece machining capability
  • Intelligent control systems
  • Long-term stable machining performance


Moving forward, Hartford will continue advancing its DX (Digital Transformation) and GX (Green Transformation) strategies by integrating intelligent control technologies, AI compensation systems, and high-efficiency machining solutions to help global customers improve productivity, machining quality, and overall competitiveness.

Q&A: How Can Hartford PBM Horizontal Boring Mills Help Customers?

Q1: How does Hartford improve machining stability for large workpieces?

A: Hartford utilizes highly rigid machine structures, heavy-duty box-way systems, and stable spindle technologies to reduce vibration and deformation during large-part machining. Even under long-hour heavy cutting conditions, the machine maintains stable accuracy and consistent machining quality.


Q2: How does Hartford reduce setup and alignment time for large workpieces?

A: The PBM horizontal boring mill offers large-axis travel and multi-face machining capability, reducing the need for repeated repositioning and realignment of large workpieces. This minimizes manual adjustment time while improving machining consistency and overall production efficiency.


Q3: How does Hartford help reduce tool wear costs?

A: With its rigid machine structure and stable cutting performance, Hartford minimizes vibration and unstable cutting loads. This allows cutting forces to remain more balanced, extending tool life and reducing the risk of unexpected tool breakage.


Q4: How does Hartford help reduce machine downtime risks?

A: Hartford can integrate intelligent monitoring and equipment management systems to provide real-time machine status, machining load data, and abnormal condition alerts. This helps customers identify potential issues early and reduce unexpected downtime risks.


Q5: How does Hartford improve machining efficiency for large workpieces?

A: By combining a high-torque spindle, rigid machine structure, and efficient heavy-cutting capability, Hartford significantly improves rough machining efficiency for large workpieces while maintaining machining stability and shortening overall production time.

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