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AWEA MEGA5 P5032

01

Key Specifications

Max Spindle

12,000 rpm

Spindle Taper

HSK-A100

Tool Capacity

40 T

Table Size

5,020 x 2,400 mm (197.6 x 94.5 in)

x axis travel

5,000 mm (196.9 in)

y axis travel

3,200 mm (126.0 in)

02

How much does the AWEA MEGA5 P5032 cost?

Price estimate

Uncertain

We do not have a price for the AWEA MEGA5 P5032 that we can stand behind, so we show no number. Configuration, options and installation move the final price a long way: a quote is the reliable figure.

AWEA MEGA5 P5032 — price

Price estimate: uncertain

We have no price for the AWEA MEGA5 P5032 that we can cite and no estimate we can stand behind, so this page shows no number rather than a guess. A quote from AWEA or an authorised dealer is the reliable figure.

What moves the final price

  • Spindle, control and probing options
  • Tool changer capacity and tooling package
  • Automation — pallet changers, bar feeders, robot cells
  • Freight, rigging, installation and training
  • Region, dealer and time of year

Want a specific price for the AWEA MEGA5 P5032?

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03

Overview

Feed rates are the first thing to read on the AWEA MEGA5 P5032. This wide fixed-bridge 5-axis machine has 5,000 mm (196.9 in) of X, 3,200 mm (126.0 in) of Y and 1,000 mm (39.4 in) of Z, and its table carries 18,000 kg (39,683 lb). Moving that much table and load comes at a listed cutting feed of 8 m / min and an X rapid of 10 m / min.

Neither figure applies to the next size down. The MEGA5 P4032 is listed at a 10 m / min cutting feed and a 15 m / min X rapid. Y and Z are the same on both, 12 m / min and 10 m / min. A shop quoting long 5-axis contours should run its cycle estimates at the lower feed before choosing this length for work that would fit the shorter table.

For parts that need the length, the machine is well equipped. The table is 5,020 x 2,400 mm (197.6 x 94.5 in) on four guide ways. A ball screw vibration absorber is fitted, as on every MEGA5 with an X-axis of 5 m and longer. VDI positioning is P = 0.030 mm with Ps = 0.022 mm repeatability, and the JIS positioning figure is ± 0.010 mm over full travel.

The spindle is the HSK-A100 unit of the TCH-30F head: 40 / 50 kW (53.6 / 67.1 hp), 12,000 rpm and a maximum torque of 314 Nm at 1,540 rpm. Its built-in motor is cooled so that, by AWEA's account, the spindle is at working temperature within 10 minutes of a cold start. Machine weight is 56,500 kg (124,559 lb).

04

Full Specifications

Parameter Value
X Axis Travel 5,000 mm (196.9 in)
Y Axis Travel 3,200 mm (126.0 in)
Z Axis Travel 1,000 mm (39.4 in) (opt. 1,200 mm)
Table Size 5,020 x 2,400 mm (197.6 x 94.5 in)
Max Table Load 18,000 kg (39,683 lb)
Distance Between Columns 2,700 mm (106.3 in)
Distance Spindle Nose to Table TCH-30F = 200 ~ 1,200 mm (opt. 200 ~ 1,400 mm) TCH-20F = 200 ~ 1,200 mm (opt. 200 ~ 1,400 mm)
Distance 90 Deg Spindle Center to Table TCH-30F = 550 ~ 1,550 mm (opt. 550 ~ 1,750 mm) TCH-20F = 510 ~ 1,510 mm (opt. 510 ~ 1,710 mm)
T-Slots 28 x 200 mm
Spindle Taper HSK-A100
Spindle Power S1 S6 40 40 / 50 kW (53.6 / 67.1 hp)
Max Spindle Speed 12,000 rpm
Rapid Traverse X 10 m / min
Rapid Traverse Y 12 m / min
Rapid Traverse Z 10 m / min
Cutting Feed Rate 8 m / min
Tool Capacity 40 T
Max Tool Length 350 mm (13.8 in)
Max Tool Weight 15 kg (33 lb)
Max Tool Diameter (full magazine) Ø140 / Ø180 mm (Ø5.5 / Ø7.1 in)
Positioning Accuracy Jis B 6338 ± 0.010 mm / Full Travel
Positioning Accuracy VDI 3441 P = 0.030 mm / Full Travel
Repeatability Jis B 6338 ± 0.003 mm
Repeatability VDI 3441 Ps = 0.022 mm
Coolant Tank Capacity 750 liter
Lubrication Tank Capacity 6 liter
Hydraulic Tank Capacity 150 liter
Air Pressure Requirement 5 ~ 8 kg/cm²
Machine Weight 56,500 kg (124,559 lb)
Max Workpiece Length 5,000 mm (196.9 in)
Max Workpiece Width 2,400 mm (94.5 in)
Max Workpiece Height 850 mm (33.5 in)

Specifications sourced from awea.com — verified 2026-10-04

05

Strengths & Limitations

Strengths

  • 18,000 kg (39,683 lb) table load on a 5,020 x 2,400 mm (197.6 x 94.5 in) table
  • Ball screw vibration absorber on the X axis
  • VDI positioning of P = 0.030 mm, tighter than the P ≦ 0.040 mm of the MEGA5 P5026 with the same X travel
  • High torque spindle giving 314 Nm at 1,540 rpm through an HSK-A100 taper
  • Optional 1,200 mm Z travel

Limitations

  • Cutting feed is limited to 8 m / min; the MEGA5 P4032 and the MEGA5 P5026 both allow 10 m / min
  • X rapid of 10 m / min, against 15 m / min on the MEGA5 P4032
  • Weighs 56,500 kg (124,559 lb) before the workpiece is loaded, so the foundation needs checking; the MEGA5 P5026 is 41,000 kg (90,388 lb)
  • Top spindle speed of 12,000 rpm with the listed head
06

Best For

Large steel weldments and castings up to 18,000 kg (39,683 lb) Parts up to 5,000 x 2,400 mm cut at moderate feed Wind, rail and energy components with angled faces Heavy roughing with HSK-A100 tools up to 15 kg (33 lb)
07

Frequently Asked Questions

01 Why is the cutting feed of the MEGA5 P5032 only 8 m / min?

AWEA's table simply lists 8 m / min for this model and gives no reason. What the table does show is the pattern: the MEGA5 P4032 has a 10 m / min cutting feed with a 15,000 kg (33,069 lb) table load, and this model has 8 m / min with 18,000 kg (39,683 lb). On both, the table and the part are what move in X.

02 How does the MEGA5 P5032 differ from the MEGA5 P5026?

Both have 5,000 mm (196.9 in) of X. The MEGA5 P5032 has 3,200 mm (126.0 in) of Y, a 2,400 mm (94.5 in) wide table, an HSK-A100 spindle at 12,000 rpm and four guide ways under the table. The MEGA5 P5026 has 2,620 mm (103.1 in) of Y, a 1,500 mm (59.1 in) wide table and an HSK-A63 spindle at 24,000 rpm. The MEGA5 P5032 weighs 56,500 kg (124,559 lb) and the MEGA5 P5026 41,000 kg (90,388 lb).

03 What accuracy does AWEA state for this length?

Positioning accuracy is ± 0.010 mm over full travel by the JIS method and P = 0.030 mm by the VDI method. Repeatability is ± 0.003 mm (JIS) and Ps = 0.022 mm (VDI). The rotary axes carry high resolution absolute encoders as standard equipment.

04 Does the spindle stay thermally stable on long jobs?

AWEA says the spindle reaches its optimal temperature within 10 minutes from a cold start and stays stable afterwards because of the spindle cooling system. The head also has an integrated water cooling circuit. On a table this size a single part can run for many hours, so that statement is worth confirming against the shop's own tolerance requirements at acceptance.

08

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09

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