Industrial CNC Machine Directory

Makino MCD2016-5XB

$420,000 - $570,000 Updated 2026-03-13
Makino MCD2016-5XB 5-Axis Machining Centers
01

Key Specifications

X Travel

200 mm (7.9 in)

Y Travel

150 mm (5.9 in)

Z Travel

150 mm (5.9 in)

Max Spindle

40,000 RPM

Spindle Taper

HSK-E32

Tool Capacity

30 (60, 99, 120 opt)

02

Overview

The Makino MCD2016-5XB is a precision 5-axis vertical machining center that builds on the MCD2016-5XA platform with enhanced rigidity and a trunnion-style rotary table configuration. The 5XB designation indicates the B-axis trunnion design versus the 5XA's A-axis tilting head approach, offering different kinematic advantages for certain precision workpiece geometries.

Axis travel remains 200 x 150 x 150 mm (7.9 x 5.9 x 5.9 in) on X/Y/Z, matching the 5XA variant. The key difference is the rotary axis configuration: the 5XB uses a B-axis trunnion table that tilts the workpiece rather than the spindle head, combined with a C-axis for continuous rotation. This configuration provides better chip evacuation on certain geometries and can offer superior surface finish consistency on some part types due to more predictable tool engagement angles.

The 40,000 RPM HSK-E32 spindle delivers 3.7 kW (5.0 hp), identical to the 5XA, maintaining the same micro-milling and finishing capabilities. Positioning accuracy of 0.5 microns with 0.2 micron repeatability carries over, as do glass scales on all axes. The trunnion table accommodates workpieces up to 200 mm (7.9 in) diameter with a 40 kg (88 lb) load capacity.

Temperature-controlled construction and advanced thermal compensation ensure dimensional stability during extended precision operations. The MCD2016-5XB is ideal for applications where the trunnion configuration provides better tool access to the workpiece, such as small medical implants, watch components, and precision mold cavities with deep features requiring approach from below.

03

Full Specifications

Parameter Value
X-Axis Travel 200 mm (7.9 in)
Y-Axis Travel 150 mm (5.9 in)
Z-Axis Travel 150 mm (5.9 in)
B Axis Range +120° to -30° (150° total)
C Axis Range 360° (continuous)
Max Spindle Speed 40,000 RPM
Spindle Taper HSK-E32
Spindle Motor Power 3.7 kW (5.0 hp)
Tool Capacity 30 (60, 99, 120 opt)
Table Diameter 200 mm (7.9 in)
Table Load Capacity 40 kg (88 lb)
Positioning Accuracy 0.5 µm
Repeatability 0.2 µm
Rapid Traverse Xyz 20 m/min (787 ipm)
Machine Weight ~4,800 kg (10,582 lb)
CNC Control Makino Professional 6 (Pro 6)
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Metric English
Pallet 70.9" X 39.4"
A Axis -115° to +20°
B Axis +/-225°
C Axis None
Spindle Rpm 6,000 rpm (4K, 8K, 15K, 18K opt)
Rapid Traverse Rate 630 IPM
Cutting Feedrate 630 IPM
Maximum Workpiece 43.3" x 78.7" x 25.2" (with limitations)
Maximum Payload 4,400 lbs
Tool To Tool 18 sec
Maximum Tool Diameter 11.8"
Maximum Tool Weight 66.1 lbs

Specifications sourced from makino.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • Trunnion-style B/C axis configuration tilts the workpiece for improved chip evacuation and consistent tool engagement angles
  • 40,000 RPM HSK-E32 spindle delivers optical-quality surface finishes with micro-diameter tooling
  • 0.5 micron positioning accuracy with glass scales ensures sub-micron precision across all axes
  • Temperature-controlled construction maintains dimensional stability for extended precision finishing cycles
  • Workpiece-tilting configuration simplifies programming for certain part geometries compared to head-tilting designs
  • Compact footprint fits in temperature-controlled precision machining environments

Limitations

  • 40 kg table load capacity is lower than the 5XA variant due to trunnion mechanism constraints
  • 200 x 150 x 150 mm travel limits workpiece size to small precision components
  • 3.7 kW spindle restricts this to finishing operations only—roughing must be done on a separate machine
  • Trunnion design may limit access to certain undercut features that a head-tilting configuration handles better
  • Premium pricing reflects ultra-precision engineering in a compact package
05

Best For

Medical implant manufacturers producing small titanium and cobalt-chrome components with complex underside features Watch and precision instrument makers requiring sub-micron accuracy on small complex parts Precision mold shops finishing small cavity inserts where gravity-assisted chip evacuation improves surface quality Optical component manufacturers machining lens molds with deep freeform surfaces Electronics tooling manufacturers producing micro-connectors and precision stamping dies
06

Frequently Asked Questions

01 What does a Makino MCD2016-5XB cost?

A new Makino MCD2016-5XB typically runs between $420,000 and $570,000 depending on configuration. The trunnion mechanism adds a modest premium over the 5XA head-tilting variant. Full configurations with precision probing, enhanced thermal management, and automation interfaces reach the upper end of the range.

02 What is the difference between the 5XA and 5XB configurations?

The 5XA tilts the spindle head (A-axis plus C-axis rotation), while the 5XB tilts the workpiece via a trunnion table (B-axis plus C-axis rotation). The 5XA keeps the workpiece stationary, which is better for heavier parts and certain probing operations. The 5XB tilts the workpiece, which can improve chip evacuation and provide more consistent tool engagement on certain geometries. The 5XA has slightly higher table load capacity (50 kg vs 40 kg).

03 Can the MCD2016-5XB do simultaneous 5-axis machining?

Yes, the MCD2016-5XB supports full simultaneous 5-axis machining with coordinated motion across X, Y, Z, B, and C axes. This enables continuous contouring of complex freeform surfaces, turbine blade profiles, and other geometries requiring smooth multi-axis interpolation. The sub-micron accuracy is maintained during simultaneous motion, making it suitable for optical-quality surface finishing in 5-axis mode.

04 What coolant system is used?

The MCD2016-5XB uses a precision oil mist or minimum quantity lubrication (MQL) system suited to micro-machining operations. Flood coolant options are available but the precision nature of the work typically favors MQL or dry machining with air blast for chip evacuation. The controlled lubrication approach also helps maintain the temperature stability critical to sub-micron accuracy.

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