Industrial CNC Machine Directory

Han's Laser P4020F

$180,000 - $450,000 Updated 2026-03-17
01

Key Specifications

Accuracy

±0.05 mm

laser power

6 kW, 10 kW, 12 kW, 15 kW, 20 kW (fiber)

cutting area

4000 x 2000 mm

laser type

Fiber

max cutting thickness mild steel

30 mm (20 kW)

max cutting thickness stainless

20 mm (20 kW)

02

Overview

The Han's Laser P4020F is a large-format fiber laser cutting machine offering a 4000x2000mm working area, making it one of the largest flatbed fiber laser platforms in Han's Laser's commercial lineup. Designed for heavy fabricators, structural component manufacturers, and shops processing oversized sheet metal and plate formats, the P4020F addresses applications where the standard 3015 format is insufficient. The 4000x2000mm table accommodates the full-size steel plates used in construction, shipbuilding, agricultural equipment, and heavy industrial fabrication, eliminating the need to subdivide large blanks before cutting.

Powered by fiber laser sources ranging from 6 kW to 20 kW, the P4020F delivers cutting performance across the full spectrum of industrial plate thicknesses. At 12 kW, the machine cuts mild steel to 25 mm, stainless steel to 20 mm, and aluminum to 16 mm at production-viable speeds. The 20 kW configuration extends these capabilities further, enabling thick-plate cutting of mild steel beyond 30 mm — territory that previously required plasma or oxyfuel cutting but can now be addressed with fiber laser for improved edge quality and precision. The fiber laser's cut edge quality advantage over plasma is particularly significant for weld-prep applications where edge squareness directly affects joint quality.

The P4020F uses a heavy-duty fabricated steel gantry structure scaled for the extended working area, with dual-drive servo systems on both sides of the gantry to maintain positional accuracy across the full 4-meter X-axis travel. Precision linear guide rails and ground rack-and-pinion drives deliver positioning accuracy of ±0.05 mm across the working envelope — adequate for the structural and heavy fabrication applications the machine targets. The capacitive height-following cutting head compensates for plate camber and surface variation, which is more pronounced in heavy plate than thin sheet stock.

Han's Laser positions the P4020F for industries where large-format material handling is the norm and where cutting machine working area is the primary constraint. Compatible material handling options include crane or fork-mounted sheet loading and automated roller conveyor systems for high-volume throughput. The machine control supports standard sheet metal CAM file formats and integrates with nesting software commonly used in structural fabrication and heavy industry. Han's Laser offers the P4020F with both domestic fiber laser sources and IPG Photonics configurations for buyers specifying Western-source laser modules.

For buyers considering the P4020F, the primary competitors include European large-format fiber laser platforms from Bystronic, TRUMPF, and Messer Cutting Systems, all of which carry significantly higher capital cost. The P4020F's value proposition is large-format fiber laser performance at a price point accessible to mid-size fabricators who cannot justify European large-format machine pricing. Service coverage and parts availability should be verified for the buyer's specific region, as Han's Laser's support infrastructure density varies and is most developed in major industrial markets.

03

Full Specifications

Parameter Value
Laser Power 6 kW, 10 kW, 12 kW, 15 kW, 20 kW (fiber)
Cutting Area 4000 x 2000 mm
Laser Type Fiber
Max Cutting Thickness Mild Steel 30 mm (20 kW)
Max Cutting Thickness Stainless 20 mm (20 kW)
Max Cutting Thickness Aluminum 16 mm (20 kW)
Positioning Accuracy ±0.05 mm
Max Feed Rate 120 m/min
CNC Control Han's Laser proprietary CNC
Machine Weight approximately 14,000 kg
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04

Strengths & Limitations

Strengths

  • 4000x2000mm working area accommodates full-size structural and heavy industrial plate formats without pre-cutting
  • High power options up to 20 kW enable thick-plate fiber laser cutting with superior edge quality over plasma for weld-prep applications
  • Fiber laser edge quality advantage over plasma cutting reduces or eliminates secondary edge dressing on precision structural parts
  • Competitive pricing vs. European large-format fiber laser platforms makes large-format fiber laser accessible to mid-size fabricators
  • Compatible with automated roller conveyor material handling for high-throughput heavy plate processing environments

Limitations

  • Large footprint and significant machine weight require substantial floor space and structural floor loading capacity in the installation facility
  • Western market brand recognition and resale value trail European large-format competitors including Bystronic and TRUMPF large-format systems
  • Service network coverage for large-format machine issues may require longer response times outside primary industrial markets
05

Best For

Heavy fabricators and structural steel shops processing full-size 4x2m plate formats for construction, agricultural, or industrial equipment manufacturing Shipbuilding and offshore fabricators cutting large structural components from thick mild steel and stainless plate Job shops serving the heavy industry sector needing large-format fiber laser capability at below-European investment levels Weld-prep operations where fiber laser's edge quality on thick plate reduces downstream grinding or milling before assembly
06

Frequently Asked Questions

01 What is the maximum plate thickness the P4020F can cut?

At the 20 kW power configuration, the P4020F cuts mild steel to approximately 30 mm, stainless steel to 20 mm, and aluminum to 16 mm at production-viable speeds. These figures are maximum thickness ratings under optimized cutting conditions. Production cutting speeds at maximum thickness are lower than on thin-gauge material, and edge quality should be validated for specific applications at these thicknesses.

02 Why choose a 4020 format over the standard 3015 format?

The 4020 format is necessary when processing sheet and plate material larger than 3000x1500mm — standard in structural fabrication, agricultural equipment, construction machinery, and shipbuilding. The larger format eliminates the need to shear or plasma-cut oversized blanks before the precision laser cutting step, reducing material handling and improving nesting efficiency on large parts. For shops whose primary material is 3000x1500mm standard sheet, the 3015 format is more appropriate.

03 Can the P4020F be integrated with automated material handling?

Yes. Han's Laser offers the P4020F with compatibility for roller conveyor systems, crane-fed sheet loading systems, and pallet-change automation options for higher-throughput configurations. For heavy-plate environments, overhead crane loading is the most common approach. Specific automation integration should be discussed with Han's Laser's application engineering team during machine specification.

04 How does the P4020F compare to the Han's Laser G3015F?

The P4020F has a working area of 4000x2000mm versus the G3015F's 3000x1500mm, making it suited to different applications. The P4020F targets heavy fabrication and structural work with large-format material, while the G3015F is optimized for standard sheet metal production. The P4020F is also available in higher power configurations (up to 20 kW vs. 12 kW for the G3015F) to address thick-plate cutting.

05 What industries typically use the Han's Laser P4020F?

The P4020F is most commonly used in structural steel fabrication, agricultural and construction equipment manufacturing, shipbuilding and marine fabrication, pressure vessel and industrial equipment manufacturing, and general heavy fabrication where plate sizes exceed standard 3015mm sheet format. Industries requiring both large part coverage and high precision in cut edges are the primary market for this platform.

07

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