Haas SR-4020 Sheet Router

$185,000 - $240,000 Updated 2026-03-19

Key Specifications

X Travel

4,064 mm (160 in)

Y Travel

2,032 mm (80 in)

Z Travel

152 mm (6 in)

Max Spindle

18000 rpm

Spindle Taper

CT or BT 40

Tool Capacity

30+1 SMTC

Overview

The Haas SR-4020 is the largest sheet router in the Haas lineup, offering a massive 4,064 x 2,032 x 152 mm (160 x 80 x 6 in) cutting envelope that handles sheet stock up to 8 feet wide and over 13 feet long. If you need to process oversize aluminum panels, composite sheets, or large-format plastic stock on a single machine, the SR-4020 eliminates the need for repositioning or multiple setups.

The spindle is the same 22.4 kW (30 hp) inline direct-drive unit running to 15,000 RPM with a CT/BT 40 taper used across the SR series. The torque output of 122 Nm (90 ft-lbf) gives the machine real cutting authority — this is not a lightweight router spindle, but a production mill spindle mounted on a gantry platform. Liquid cooling keeps the spindle thermally stable during extended production runs.

Rapids run at 30.5 m/min (1,200 ipm) on X and Y, which is critical on a machine with 13+ feet of X travel. Slow rapids on a machine this large would cripple cycle times. The 30+1 SMTC provides generous tool capacity with 1.6-second tool-to-tool changes. The T-slot table measures approximately 4,115 x 2,032 mm (162 x 80 in) with a 2,268 kg (5,000 lb) load capacity.

At roughly 11,340 kg (25,000 lb), the SR-4020 is a substantial machine that requires dedicated floor space and rigging. The Z-axis travel is intentionally limited to 152 mm (6 in) — this is a sheet-processing machine optimized for through-cutting, pocketing, and profiling in sheet stock, not a deep-cavity mill.

The NGC control runs the same G-code and conversational programming as every Haas. For aerospace, marine, architectural, and transportation industries processing large-format sheet materials, the SR-4020 delivers CNC precision at router-class productivity. Specs sourced from Haas Automation published data.

Full Specifications

Parameter	Value
X-Axis Travel	4,064 mm (160 in)
Y-Axis Travel	2,032 mm (80 in)
Z-Axis Travel	152 mm (6 in)
Max Spindle Speed	18000 rpm
Spindle Taper	CT or BT 40
Spindle Motor Power	6.1 hp
Spindle Torque Max	122 Nm (90 ft-lbf)
Spindle Drive	Inline Direct-Drive
Spindle Cooling	Liquid Cooled
Tool Capacity	30+1 SMTC
Tool To Tool	1.6 sec (avg)
Chip To Chip	2.8 sec (avg)
Max Tool Diameter	64 mm (2.5 in)
Max Tool Weight	5.4 kg (12 lb)
Table Size	4,115 x 2,032 mm (162 x 80 in)
Table Load Max	2,268 kg (5,000 lb)
T Slots	9 slots
Max Cutting Feedrate	16.5 m/min (650 ipm)
Rapid Traverse X	30.5 m/min (1,200 ipm)
Rapid Traverse Y	30.5 m/min (1,200 ipm)
Rapid Traverse Z	22.9 m/min (900 ipm)
Machine Weight	11,340 kg (25,000 lb)
CNC Control	Haas Next Generation Control (NGC)
Coolant Capacity	303 L (80 gal)
Air Required	113 L/min @ 6.9 bar (4 scfm @ 100 psi)
Electrical Low	220 VAC 3-phase, 60 A
Electrical High	440 VAC 3-phase, 30 A
Travels	S.A.E
X Axis	158.60 in
Y Axis	86.40 in
Z Axis	6.76 in
Spindle Nose To Table	0.3 in
Spindle	S.A.E
Max Rating	6.1 hp
Max Speed	18000 rpm
Drive System	Integral Spindle/Motor
Taper	ER32 Collet
Table	S.A.E
Length	157.5 in
Width	82.7 in
Max Weight On Table	8818 lb
Between Columns	82.1 in
Feedrates	S.A.E
Max Cutting	236 ipm
Rapids On X	315 ipm
Rapids On Y	315 ipm
Rapids On Z	98 ipm
Axis Motors	S.A.E
Drive Type	Stepper Motor
Max Thrust X	340 lbf
Max Thrust Y	680 lbf
Max Thrust Z	1150 lbf
Electrical Specification	S.A.E
Input Ac Voltage Low	220 VAC
Full Load Amps Low	30 A
Dimensions Shipping	S.A.E
Domestic Pallet	222.0 in x 112.0 in x 75.5 in
Machine Weight	4850 lb

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

Strengths & Limitations

Strengths

160x80-inch cutting envelope handles oversize sheet stock that exceeds the SR-3015's 5x10-foot capacity
30 HP 15,000 RPM inline direct-drive spindle provides production mill-grade cutting authority on a router platform
1,200 ipm rapids minimize non-cutting time across the machine's 13+ feet of X travel
5,000 lb table load capacity supports heavy sheet stock and robust fixturing across the full table
30+1 SMTC with 1.6-second tool-to-tool enables complex multi-tool nesting programs
Same NGC control and programming environment as all Haas machines

Limitations

Very large footprint requires dedicated floor space and careful facility planning
6 inches of Z travel limits work to sheet-thickness applications
25,000 lb machine weight requires reinforced floor and heavy rigging for installation
Higher base price than the SR-3015 may not be justified if 5x10-foot sheets are the maximum requirement

Best For

Aerospace manufacturers processing oversize aluminum skin panels and structural sheet stock Marine and boatbuilding shops cutting large composite panels and aluminum hull plates Architectural fabrication of aluminum curtain wall panels and facade components Transportation industry manufacturing large aluminum floor panels and body components Sign and display companies working with oversize sheet stock beyond 5x10-foot standard sizes

Frequently Asked Questions

01 What does a Haas SR-4020 cost?

Base price starts around $185,000. With through-spindle coolant, probing, and production options, expect $210,000-$240,000. The P (pallet) variant adds approximately $25,000-$35,000.

02 How does the SR-4020 compare to the SR-3015?

The SR-4020 adds 1,016 mm (40 in) of X travel and 508 mm (20 in) of Y travel, increasing the cutting envelope from 5x10 feet to over 8x13 feet. Spindle, rapids, and tool changer are identical. Choose based on your maximum sheet size requirement.

03 Can the SR-4020 cut composites?

Yes. The SR-4020 handles carbon fiber, fiberglass, phenolic, and other composite sheet materials. The 15,000 RPM spindle and high rapids support the high-speed, light-depth-of-cut strategies that composites require. Dust collection and proper ventilation are essential for composite work.

04 What materials is the SR-4020 designed for?

Primarily aluminum sheet, composite panels, plastics, and non-ferrous materials. The 6-inch Z travel and sheet router architecture are optimized for through-cutting and profiling rather than deep pocketing. It can cut mild steel sheet but is not designed for heavy ferrous work.