Industrial laser cutting
Industrial: Lasers

A new generation of molecular laser sources: the ZORKA series

The ZORKA series, ranging from 1,000 to 10,000W, delivers high-quality cutting across a wide range of materials — metals with mirror-smooth edge quality, and non-metals such as die board, wood, ceramics, glass, plastic, and more.

ZORKA 2000 Model

The ZORKA 2000: a laser built to deliver the highest speed and quality in material cutting

The ZORKA 2000 is Alkras's flagship industrial laser source, delivering up to 2,000W of continuous output power in proprietary "A" mode. It is built on a patented integral optical resonator with combination-plasma excitation, a fundamental design difference from conventional CO₂ and fiber lasers that produces measurably superior cutting results across every material class. Alkras is the only manufacturer in Russia building lasers at this level of power and quality.

It handles work fiber lasers can't: it processes a wide range of materials while holding stable cut quality and full power across the entire service life of the system, without costly maintenance.

ZORKA 2000 molecular CO₂ laser system

ZORKA Technical Specifications

Wavelength 10.6 µm
Output Power: TEM00 1,200 W / M² < 1.2 / ⌀15mm
Output Power: TEM01* 1,500 W / M² < 1.8 / ⌀18mm
Output Power: "A" Mode 2,000 W / M² < 2.5 / ⌀20mm
Power Range / Stability 5–100% / ±5%
Pulsing Range / Duty Cycle 1–5,000 Hz / 10–100%
Electrical 230 VAC / 3-Phase · 10 kW
Gas Mix Consumption 10 L/hr
Cooling Water, 20 L/min @ 5 atm
Dimensions (L × W × H) 1,600 × 600 × 800 mm
Laser Weight 80 kg

Thickness at reference edge quality

Mild Steel 12mm  ·  Stainless Steel 6mm  ·  Aluminum 4mm

Compact Laser Source Dimensions (mm)

ZORKA 2000 dimensional drawing, 716x676x890mm, full length 1653mm

Generator footprint: 716 × 676 mm, height 890 mm. Full system length: 1,653 mm. Designed for direct integration onto standard industrial cutting tables without structural modifications.

ZORKA 2000 vs. Fiber Laser (2 kW)

Head-to-head on the metrics that determine real-world cutting performance.

Metric ZORKA 2000 Fiber Laser (2kW)
Rated output power 2,000 W, sustained 2,000 W, degrades
Power over time No degradation Decreases with use
Steel cutting speed 10–20% faster Baseline
Stainless finish Mirror-smooth Rough at thickness
N₂ assist gas use Baseline 2× more
Non-metal cutting Full capability Not viable
Eye safety Eye-safe spectrum Retinal hazard
Repair complexity Simple, low cost Complex, expensive
Performance Advantage

Why ZORKA outperforms fiber and well-known CO₂ lasers

  • 01 10–20% faster cutting speed on carbon and stainless steel versus fiber lasers at thicknesses above 1mm.
  • 02 Mirror-smooth stainless steel finish, a surface quality fiber lasers at equivalent power cannot achieve without secondary processing.
  • 03 50% less nitrogen consumption as assist gas for stainless steel cutting, a direct operating cost reduction at industrial scale.
  • 04 No power degradation over time. Fiber lasers lose output power across their service life. ZORKA maintains full performance indefinitely.
  • 05 Universal material compatibility. Cuts glass, ceramics, composites, plastics, marble, and wood, covering materials where fiber lasers underperform or fail entirely.
  • 06 No one else in Russia builds laser sources at this level of quality and power. Cheap Chinese alternatives disappoint with poor quality and frequent failures.
Cutting speed comparison chart Cut quality comparison chart
Beam Mode Analysis

3 operating modes, optimized for every task

The ZORKA 2000 produces three distinct beam modes selectable by configuration. Each mode delivers a different intensity profile and beam diameter, allowing the system to be tuned for precision cutting, high-power throughput, or maximum efficiency depending on the material and application.

TEM00 beam profile analysis
TEM₀₀ Mode, 1,200 W

Fundamental Gaussian Mode

The highest beam quality mode. A single, tightly focused Gaussian spot with M² < 1.2 and 15mm output diameter. Optimal for precision cutting, thin materials, and applications where minimum kerf width and edge quality are the priority.

TEM01 beam profile analysis
TEM₀₁* Mode, 1,500 W

Ring-Mode Profile

A donut-shaped intensity ring with M² < 1.8 and 18mm output diameter. Higher power than TEM₀₀ with distributed energy across the beam perimeter, preferred for thicker metals and applications where heat distribution across the cut zone improves edge quality.

A-mode beam profile analysis
"A" Mode, 2,000 W

Maximum Power Mode

Full 2,000W output with M² < 2.5 and 20mm beam diameter. Used for maximum-throughput cutting of thick steel and aluminum, and for applications where raw power density is the determining factor in cut quality and speed.

Cutting samples

Physical output across the three primary industrial materials at ZORKA 2000 output power.

Mild steel 1-12mm
Mild Steel

Carbon Steel, 1 to 12mm

Clean kerf, minimal heat-affected zone. 10–20% faster than fiber lasers at thicknesses above 1mm.

Stainless steel 8mm
Stainless Steel

Stainless Steel, up to 6mm

Mirror-smooth surface finish. Half the nitrogen assist gas consumption of comparable fiber laser setups.

Aluminum 4mm
Aluminum

Aluminum, up to 4mm

High-quality edge on aluminum and dural alloys.

Full Material Range

The ZORKA laser system is versatile enough to cut a wide range of materials: beyond metals, it delivers high-quality cutting of non-metals fiber lasers can't handle, such as Acrylic · Plywood · MDF · Cardboard · POM · Foam · Rubber · Leather · Plastic · Cork · Textile · Paper · Glass · and more.

Alkras laser sources cut everything

Metal Cutting

Stainless Steel 1.5mm at 8 m/min

Metal Cutting

Steel 3.5mm at 3 m/min

Metal Cutting

Steel 6mm at 2 m/min

Glass Cutting

5mm Glass at 254 mm/min

Wood Cutting

12mm Plywood at 700W

Plastic Cutting

Polyethylene

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