The economy fiber laser for workshops is the fiber laser cutting machine with power configurable between 1 and 6 kW, designed for small workshops, start-up companies and manufacturers moving from manual cutting, plasma or oxy-fuel to laser technology, without the investment of an industrial production-line system.
The economy fiber laser for workshops has a work area of up to 3030 × 1515 mm, repositioning accuracy of ±0,03 mm, maximum acceleration of 1,5G, YASKAWA or FUJI servo motors, Shimpo gearboxes, CypCut software and an integrated dust extractor — components proven in industrial production, integrated into a compact format.
The economy fiber laser for workshops has a welded structure of aerospace aluminum heat-treated at 600°C, a rotating-blade work table, an automatic and manual autofocus system, automatic lubrication and is CE and ISO 9001 certified. The laser source power is selected at quotation according to the materials and thicknesses processed most frequently — from 1 kW for thin sheet up to 6 kW for thick carbon steel sheet. Transport, installation, commissioning and operator training included. 60-month warranty. Technical specifications — economy fiber laser for workshops
| Parameter | Value |
|---|---|
| Laser source power (configurable) | 1.000 – 6.000 W |
| Work area (max.) | 1.515 × 3.030 mm |
| Maximum acceleration | 1,5G |
| Positioning accuracy | ±0,05 mm |
| Repositioning accuracy | ±0,03 mm |
| Work table | Rotating blade |
| Frame structure | Welded, aerospace aluminum, 600°C heat treatment |
| Focusing | Automatic / Manual |
| Servo motors | YASKAWA / FUJI |
| Gearboxes | Shimpo |
| Control software | CypCut |
| Dust extraction system | Integrated |
| Lubrication system | Automatic |
| Equipment dimensions | 4.320 × 2.250 × 1.950 mm / 5.350 × 3.350 × 1.950 mm |
| Certifications | CE, ISO 9001 |
Indicative cutting capacities by material and source power
| Material | 1 kW | 3 kW | 6 kW |
|---|---|---|---|
| Carbon steel | 6 mm | 14 mm | 22 mm |
| Stainless steel | 3 mm | 6 mm | 10 mm |
| Aluminum | 2 mm | 5 mm | 8 mm |
| Brass | 1,5 mm | 3 mm | 6 mm |
| Copper | 1 mm | 2 mm | 4 mm |
| Galvanized sheet | 4 mm | 10 mm | 16 mm |
Maximum thicknesses vary depending on material quality, surface condition and the selected cutting parameters. The economy fiber laser for workshops is configured at quotation — source power, accessories and additional equipment adapted to the specific production. Free technical consultancy available. Advantages of the economy fiber laser for workshops
• Configurable power 1–6 kW on the same mechanical platform — the economy fiber laser for workshops allows the laser source to be selected according to the thicknesses and materials processed most frequently: 1–2 kW for light metalwork and sheet up to 4 mm, 3–4 kW for a mixed range of steels and stainless steel, 4–6 kW for thick carbon steel sheet over 8 mm. The same mechanical frame of the economy fiber laser for workshops accepts any power configuration, eliminating the need to purchase different equipment when increasing production capacity.
• Repositioning accuracy ±0,03 mm — parts finished straight off the laser table — the economy fiber laser for workshops achieves a repositioning accuracy of ±0,03 mm, which means that parts with tight tolerances come finished straight off the laser table, without manual adjustments or secondary machining. This accuracy of the economy fiber laser for workshops is critical for parts that will be welded or assembled, where the cutting error accumulates with the welding error and can compromise the final dimensions of the assembly.
• Acceleration 1,5G — short cycles on complex geometries — the economy fiber laser for workshops has a maximum acceleration of 1,5G that significantly reduces cutting times on parts with complex contours and many direction changes. For a workshop with varied production of one-off parts or small series, the high acceleration of the economy fiber laser for workshops means more parts processed per shift without increasing the number of operating hours.
• Aerospace aluminum structure heat-treated at 600°C — long-term rigidity — the bed of the economy fiber laser for workshops is built from welded aerospace aluminum heat-treated at 600°C, a construction that eliminates residual stresses from welding and ensures dimensional stability throughout the equipment's lifetime. Unlike frames made of steel not subjected to heat treatment, the bed of the economy fiber laser for workshops does not deform under the influence of the thermal and mechanical stresses of continuous production, keeping the cutting accuracy constant year after year.
• YASKAWA or FUJI servo motors and Shimpo gearboxes — proven industrial components — the economy fiber laser for workshops uses YASKAWA or FUJI servo motors and Shimpo gearboxes, the same brands used in mid-to-high-level industrial machining centers. This choice ensures reliability in continuous production and the availability of spare parts on the local market, unlike lesser-known brands where procuring components can take weeks.
• CypCut software with automatic nesting — maximum material utilization and direct DXF import — the economy fiber laser for workshops is controlled by CypCut software, with direct import of DXF/DWG files, automatic nesting to maximize sheet utilization, a material library with parameter presets and an intuitive interface accessible to operators without prior laser experience. The reduction of material waste through the optimized nesting of the economy fiber laser for workshops contributes directly to lowering the material cost per part.
• Integrated dust extractor and reduced energy consumption — the economy fiber laser for workshops includes the dust extractor in the standard package, with no additional investment in an external ventilation system. Fiber laser technology consumes 60–70% less energy than the CO2 equivalent and does not require consumable laser gas — lower operating costs that contribute to faster payback of the investment in the economy fiber laser for workshops.
• Eligible for European funds — CE, ISO 9001, complete DNSH documentation — the economy fiber laser for workshops comes with CE and ISO 9001 certifications and complete documentation for DNSH compliance, required for projects funded through PNRR, Just Transition or regional funds. UZINEX assists with preparing the technical file for the funding line accessed. 60-month warranty, spare parts in stock, national technical support 24–48 hours.
Applications — economy fiber laser for workshops
Metalwork and metal furniture are the main application of the economy fiber laser for workshops. Fences, gates, railings, garden furniture and decorative sheet metal elements come finished off the laser table without burrs, ready for welding or painting. Complex parts that previously required mechanical cutting followed by manual adjustment are produced in a single operation on the economy fiber laser for workshops, reducing production times and eliminating secondary machining. A concrete example is Airone SRL, which doubled its production capacity after integrating UZINEX CNC equipment into its workflow.
Advertising and signage use the economy fiber laser for workshops for dimensional letters, decorative panels and architectural elements in stainless steel or aluminum with complex contours. The ±0,03 mm accuracy of the economy fiber laser for workshops ensures a visibly superior finish compared to plasma or mechanical cutting, with no thermal deformation on materials with small thicknesses of 1–2 mm.
Small-series industrial parts and prototypes benefit from the flexibility of the economy fiber laser for workshops — rapid switching between different parts is achieved by loading a new DXF file in CypCut, without changing tools or reconfiguring the equipment. This advantage makes the economy fiber laser for workshops the ideal tool for workshops working with varied orders and short deadlines. Workflow — economy fiber laser for workshops
• The operator imports the DXF or DWG file into the CypCut software of the economy fiber laser for workshops. The parts are automatically arranged on the sheet through nesting for maximum material utilization.
• The sheet is positioned on the rotating-blade table. The position identification system automatically compensates for sheet positioning deviations.
• The material and thickness are selected from the CypCut library. The autofocus system of the economy fiber laser for workshops automatically adjusts the optimal focal distance.
• The economy fiber laser for workshops runs the program — the laser beam melts and evacuates the material along the programmed path, with assist gas (nitrogen for stainless steel, oxygen for carbon steel). The integrated extractor operates continuously.
• The cut parts detach from the sheet grid and are ready for the next stage — bending, welding or finishing. The time from file to first cut part takes minutes, not hours.
Frequently asked questions about the economy fiber laser for workshops
What laser power is recommended for the economy fiber laser for workshops depending on the application?
The 1–2 kW configuration of the economy fiber laser for workshops is sufficient for light metalwork and sheet up to 3–4 mm thick. The 3–4 kW configuration is recommended for a mixed range including stainless steel and carbon steel up to 10–14 mm. The 6 kW configuration of the economy fiber laser for workshops is intended for workshops that frequently cut thick carbon steel sheet over 14 mm. UZINEX recommends the optimal configuration at quotation after analyzing the specific range of materials. How long does it take to install the economy fiber laser for workshops?
From delivery to first cut part, the process takes on average 2–3 working days. UZINEX engineers travel to the customer's site, perform the mechanical assembly, calibration, utility connection and operating tests. The installation and commissioning of the economy fiber laser for workshops are included in the standard package. Is the economy fiber laser for workshops eligible for European funding?
Yes. UZINEX is a member of the Enterprise Europe Network and delivers equipment for projects with European funds — PNRR, the Regional Programme, the Just Transition Programme. The economy fiber laser for workshops can be included in SEAP/SICAP. Leasing and credit options available on the UZINEX credit and leasing page. Why UZINEX for the economy fiber laser for workshops
The economy fiber laser for workshops eliminates dependence on subcontractors and allows cutting orders to be accepted directly into in-house production, with complete control over quality and deadlines.
• Laser source power selection included — UZINEX recommends the optimal configuration of the economy fiber laser for workshops at quotation after analyzing the range of materials and thicknesses processed.
• Installation, commissioning and operator training included — UZINEX engineers assemble and calibrate the economy fiber laser for workshops at the customer's site and train the operators.
• 60-month warranty with the possibility of extension to 60 months — extended coverage for continuous production.
• Spare parts guaranteed for a minimum of 20 years — access to over 10.000 parts through the UZINEX logistics network.
• National technical support with intervention within a maximum of 24–48 hours — in-house technical team with remote diagnosis and on-site technicians.
• Complete documentation for European funds — CE, ISO 9001, DNSH for PNRR, POR and other active programmes.
UZINEX economy fiber laser for workshops — power 1–6 kW configurable, work area 1515×3030 mm (max.), acceleration 1,5G, accuracy ±0,03 mm repositioning / ±0,05 mm positioning, YASKAWA/FUJI servo motors, Shimpo gearboxes, CypCut software with nesting, rotating-blade table, integrated extractor, automatic lubrication, aerospace aluminum structure heat-treated at 600°C, CE ISO9001, 60-month warranty, transport, installation and commissioning included throughout Romania.
