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Umprotech VMC 30x20x20in, 12000rpm, BT40, 15HP, Fanuc 0i-MF Plus AVAILABLE

Machining Center — USA Warranty & Support
Precio habitual $66,300.00 USD
Precio habitual Precio de oferta $66,300.00 USD
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Bajas existencias: quedan 8

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Descripción

Umprotech VMC – 30×20×20″, 12,000 rpm BT40, 15 HP, Fanuc 0i-MF Plus

A US-ready vertical machining center with 30×20×20″ travels, 12,000 rpm BT40 spindle, and 15 HP vector drive. Designed for job shops, prototyping, and production cells where footprint, changeover speed, and reliable control matter.

Travel: 30×20×20″ (X/Y/Z) · Spindle: 12,000 rpm BT40 · Power: 15 HP · Control: Fanuc 0i-MF Plus

Key advantages for US buyers

  • 30×20×20″ travels accommodate plates, brackets, manifolds, and fixtures in a compact footprint.
  • 12,000 rpm BT40 spindle with 15 HP vector drive handles aluminum, steel, and stainless for both prototyping and production.
  • High-speed AC servos and linear guides (X/Y) deliver fast positioning and smooth contouring for tight cycle times.
  • 24/30-tool arm-type ATC supports high-mix part families and rapid changeovers.
  • Fanuc 0i-MF Plus with Manual Guide i streamlines programming for both conversational and G-code workflows; Siemens 828D ShopMill available.
  • Ready for automation: 4th-axis, 5-axis trunnion, probing, TSC, and chip handling options.

Key technical specifications

Travel (X/Y/Z): 30×20×20″

Supports a range of part sizes from small plates to medium fixtures, ideal for job shop and cell-based layouts.

Spindle taper: BT40

Industry-standard for rigidity and tool availability in production and prototype work.

Spindle speed: 12,000 rpm standard; 15,000 rpm optional

Optimized for high-speed machining in aluminum, steel, and stainless applications.

Spindle power: 15 HP vector drive

Delivers torque for aggressive roughing and stable finishing across a range of materials.

Guideways: Linear (X/Y), box ways (Z) on larger frames

Combines speed and rigidity for both rapid positioning and heavy cuts.

Tool changer: 24/30-tool arm-type ATC

Minimizes downtime for tool swaps, supporting high-mix production and frequent setups.

Control: Fanuc 0i-MF Plus with Manual Guide i (Siemens 828D ShopMill optional)

Supports conversational, 3D contouring, and networked DNC workflows for flexible programming.

Axis drives: High-speed AC servos

Enables rapid moves and smooth interpolation for precision and throughput.

Capabilities & typical applications

This VMC is a strong fit for compact cells, job shops, and OEMs needing flexible, high-speed machining for a variety of parts. It integrates well with automation, robotic loading, and downstream finishing or assembly.

  • Precision components, brackets, plates, and manifolds
  • Mold inserts, medical and aerospace hardware
  • Prototypes and short-run production jobs
  • High-mix/low-volume manufacturing in compact shop layouts
  • Integration with automation cells, robots, and conveyorized workflows

Configurations & options

Configure the Umprotech VMC to match your workflow, part mix, and automation goals. Select from multiple axis packages and control options to fit your programming standards and future needs.

  • Base 3-axis configuration with Fanuc 0i-MF Plus control
  • 4th-axis interface and rotary table ready
  • 5-axis trunnion package for 5-sided and simultaneous machining
  • Optional Siemens 828D ShopMill control for Siemens-standard environments
  • Through-spindle coolant (TSC) for deep drilling and tool life
  • Chip conveyor, augers, and spindle chiller for extended runs
  • Renishaw tool and part probing for fast setups and in-process inspection

Implementation & support for US shops

We partner with US job shops and OEMs to ensure a smooth implementation—reviewing floor space, electrical requirements, and part fit before delivery. Our team can help with initial programming, tooling strategies, and automation integration to get your cell running efficiently.

  • Pre-installation review: power, floor, and workflow planning
  • Application support: part and material review, cycle time estimates
  • On-site training: controls, setup, and best practices for high-mix environments
  • Post-install support: troubleshooting, program optimization, and integration with automation

Next step: Send us your sample parts or process requirements, and we’ll confirm fit, cycle time, and the best configuration for your shop.