10-in-1 Multi-functional Laser System Selection Guide: For Laser Cutting/Engraving/Fiber Cutting/Welding Machine Enterprise Need

For small and medium-sized manufacturing enterprises, maker spaces, and advertising processing plants, there are often two difficulties when purchasing laser equipment. Buying metal laser cutters, non-metal engraving machines, and laser welding machines separately not only incurs high initial investment costs but also takes up a large amount of factory space. On the other hand, purchasing only single-function equipment fails to meet the production needs for multiple materials and processes. The LM-1390-WFC multi-functional laser processing system launched by Jinan LaserMen CNC in 2025, with its "10-in-1" full-scenario coverage capability, has become a cost-effective choice to address this pain point. This article will help you comprehensively understand this equipment from four dimensions: model selection logic, technical analysis, industry applications, and common problems, so as to accurately match your production requirements.

1. Core Logic of Model Selection: Who is Suitable for Choosing the 10-in-1 Multi-Functional Laser Processing System?

1.1 Three Core Questions That Must Be Clarified Before Model Selection

Before you go out and buy laser processing gear, it’s smart for businesses to nail down exactly what they need for production first. That way, you won’t end up following trends blindly or paying for features you’ll never use.

• What materials are you working with? Are you handling both metals (like stainless steel, carbon steel, aluminum) and non-metals (wood, acrylic, leather, etc.)? And roughly how much of each are you processing day-to-day?
• What do you need the machine to do? Do you have to cover multiple steps—like cutting, engraving, welding, derusting, and cleaning welds? Or is it mostly just one main process, with only occasional cross-operations?
• Production scale and space: Is the factory floor area limited? What is the average daily processing volume? Is there a plan to expand the production scale?

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1.2 Applicable and Inapplicable Scenarios of the Multi-Functional Laser System

Applicable Scenarios:

• Small and medium-sized manufacturing enterprises: Moderate daily processing volume (50-200 pieces), need to process multiple materials and processes, and pursue high cost performance and space utilization rate;
• Maker spaces and training institutions: Need to meet diverse teaching and creative production needs, covering cutting and engraving experiments of metals and non-metals;
• Advertising sign industry: Involve multi-material processes such as acrylic sign cutting, metal letter engraving, and wooden display board production;
• New energy enterprises: Need to carry out supporting processing such as battery component welding, metal shell derusting, and weld cleaning;
• Small maintenance factories and start-up factories: Limited budget, need one device to solve multiple maintenance processing and small-batch production needs.

Inapplicable Scenarios:

• Mass production of single material: Such as professional stainless steel thin plate cutting factories, single-function equipment has more advantages in processing efficiency;
• Ultra-thick material processing: Need to cut metal plates over 10mm thick or non-metallic materials over 50mm thick, special high-power equipment should be selected;
• Ultra-high precision military-grade processing: For precision processing scenarios where the positioning accuracy requirement is within ±0.005mm, special high-precision equipment is required.

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1.3 Multi-function vs Single-function: Comparative Analysis of Cost and Efficiency

Comparison Dimension	10-in-1 Multi-Functional Laser System	Combination of Single-Function Laser Equipment (Cutting + Engraving + Welding)
Initial Investment	About 60%-70% of the combined equipment	High total equipment price and large investment cost
Floor Area	Only 2.38×1.7×1.1m is needed, saving 70% of space	Need to place multiple devices separately, occupying a large space
Operation Difficulty	Unified control system, easy to get started, operable by 1 person	Need to be familiar with the operation logic of multiple devices, high training cost
Maintenance Cost	Centralized maintenance, convenient replacement of consumables, low cost	Multiple devices need to be maintained separately, with many types of consumables and high cost
Processing Efficiency	No need to change equipment for multi-process switching, saving line change time	Different processes require changing equipment for processing, low switching efficiency
Applicable Scale	Small and medium batch, multi-variety production	Mass production, single variety production

From the perspective of long-term use cost, the multi-functional laser system can save 30%-40% of the comprehensive cost for small and micro enterprises, especially suitable for the production mode of multi-variety and small-batch.

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2. In-depth Technical Analysis: Core Advantages and Parameter Interpretation of the 10-in-1 Function

2.1 Comprehensive Analysis of 10 Functions: Covering All Processes for Metals and Non-metals

The LM-1390-WFC multi-functional laser processing system integrates fiber laser and CO2 laser technology, realizing independent operation of 10 core functions to meet different processing needs:

Metal Processing Functions (5 items):

• Metal Cutting: Precisely cut 0.5-3mm stainless steel, carbon steel, aluminum, brass and other metal plates with smooth and burr-free cuts, no need for secondary grinding;
• Metal Engraving: Support engraving of complex patterns, text, and LOGO on metal surfaces with high resolution and clear and delicate patterns, suitable for personalized customized products;
• Metal Welding: Equipped with handheld welding torch and built-in wire feeding system, stable welding process, small heat-affected zone, high weld strength, no spatter;
• Weld Cleaning: Efficiently remove spatters and oxide layers on weld surfaces, make welds flat and smooth, and improve product appearance quality;
• Metal Derusting: Non-contact derusting, no damage to the base material, can quickly remove rust, oil stains and oxide layers on metal surfaces, suitable for workpiece pretreatment.

Non-Metal Processing Functions (5 items):

• Non-Metal Cutting: Can cut wood, acrylic, leather, paper, MDF board, marble, rubber and other materials, with a maximum cutting thickness of 25mm and neat cuts;
• Non-Metal Engraving: High-precision engraving of various non-metallic materials, supporting engraving of complex patterns and textures, suitable for craft production and advertising decoration;
• Fine Engraving: For thin non-metallic materials (such as paper, leather), micron-level engraving can be achieved, retaining the original texture of the material;
• Batch Cutting: Support offline control, can preset processing parameters to realize continuous cutting of multiple workpieces and improve production efficiency;
• Customized Processing: Flexibly adjust cutting speed and power to adapt to non-metallic materials of different hardness and thickness, meeting personalized production needs.

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2.2 Interpretation of Core Technical Parameters: Balancing Performance and Practicality

The technical parameters of the equipment directly determine the processing effect and production efficiency. The following is an analysis of the key parameters of the LM-1390-WFC. All parameters are in line with actual production needs, balancing performance and practicality:

Parameter Category	Specific Specifications	Practical Application Value
Processing Area	CNC laser processing area: 1300×900mm; Handheld processing area: 9m laser head cable	Meet batch processing of small and medium-sized workpieces, handheld mode can handle local processing of large workpieces
Laser Power	Fiber laser 1500W; CO2 laser 130W	Fiber laser is suitable for metal processing, CO2 laser is suitable for non-metal processing, and power matching balances efficiency and precision
Positioning Accuracy	±0.01mm, repeat positioning accuracy ≤0.01mm	Ensure the consistency of batch processing, suitable for high-precision product production
Running Speed	Maximum running speed 35m/min, acceleration 0.25G	Improve processing efficiency and shorten the processing time of single product
Control Method	Offline control	Can run without connecting to a computer, reduce equipment occupation space, and operate more conveniently
Power Supply Requirements	Single-phase 220V 50/60Hz	No need for special industrial three-phase electricity, ordinary factory circuits can meet the requirements, reducing installation costs
Equipment Weight and Dimensions	Weight 750kg; Dimensions 2380×1700×1100mm	Moderate weight for easy installation and commissioning, compact design saves factory space

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2.3 Core Technical Highlights: Why Can It Achieve "Multi-functionality in One Machine" with Stable Performance?

• Mixed Laser Technology: Integrate fiber laser and CO2 laser dual systems. Fiber laser realizes efficient cutting and welding according to the high absorption rate characteristics of metal materials; CO2 laser conforms to the molecular vibration cutting principle of non-metallic materials to ensure engraving and cutting quality;
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• Servo Motor Drive: Adopt servo motor to drive linear guide rail, stable operation and precise positioning, ensuring consistent processing accuracy during multi-process switching;
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• Modular Design: Each functional module runs independently and can switch seamlessly, can be disassembled separately during maintenance, reducing maintenance difficulty and downtime;
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• Handheld + Desktop Dual Modes: Desktop mode is suitable for batch precision processing, and handheld mode can flexibly handle processing of large workpieces or immovable equipment components through 9m long cables;
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• Intelligent Control System: Built-in database of various processing parameters, preset optimal parameters for different materials and processes, allowing novices to get started quickly.
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3. Industry Application Cases: How Does the 10-in-1 Equipment Solve Production Pain Points in Practice?

3.1 Advertising Sign Industry: One-stop Production for Multiple Materials

Previously, an advertising processing factory needed 3 devices: acrylic cutting machine, metal letter engraving machine, and wooden display board engraving machine, which not only occupied 30㎡ of factory space but also required 2 operators. After purchasing the LM-1390-WFC, the following changes were achieved:

• Process Integration: The whole process of acrylic sign cutting, stainless steel letter engraving, wooden cultural wall production, etc., is completed on one device, and the equipment occupation space is reduced to 8㎡;
• Efficiency Improvement: No need to change equipment for multi-material orders, switching time is shortened from 30 minutes to 5 minutes, and the daily order processing volume is increased from 20 orders to 35 orders;
• Cost Saving: Equipment procurement cost is reduced by 40%, labor cost is reduced by 50%, and the equipment price difference is recovered within half a year.

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3.2 New Energy Enterprises: Battery Component Matching Processing

A small new energy battery production enterprise needs to handle processes such as battery shell derusting, electrode welding, shell cutting, and weld cleaning. After using the multi-functional laser system:

• Smarter Process Connection: From derusting to cutting and then to welding of battery shells, there is no need to transfer to multiple devices, reducing workpiece damage and transfer time;
• Improved Welding Quality: The built-in wire feeding system ensures uniform welding strength and no spatter, and the qualification rate of battery components is increased from 92% to 98%;
• Reduced Energy Consumption: Compared with traditional multi-device processing, comprehensive energy consumption is reduced by 35%, meeting the green production needs of new energy enterprises.

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3.3 Maker Spaces and Training Institutions: Diverse Teaching and Creative Realization

A maker laboratory of a vocational and technical college needs to meet the teaching needs of multiple majors such as mechanical design, advertising design, and industrial design. After introducing this multi-functional equipment:

• Wider Teaching Coverage: Can carry out various practical training projects such as metal processing, non-metal engraving, and welding processes, adapting to the teaching syllabuses of different majors;
• More Efficient Creative Implementation: Students' design works can be directly transformed from drawings to finished products through the equipment without outsourcing processing, stimulating creative enthusiasm;
• High Operational Safety: The equipment is equipped with multiple safety protection systems, suitable for batch operation in teaching scenarios, reducing safety risks.

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3.4 Furniture Factories: Balancing Personalized Customization and Mass Production

A small and medium-sized furniture factory focuses on the production of customized wooden furniture and metal accessories, and previously faced the dilemma of "small-batch orders are not cost-effective, and large-batch orders cannot keep up". After using the multi-functional laser system:

• Improved Personalized Processing Capacity: Can engrave complex patterns on the surface of wooden furniture and brand LOGO on metal accessories, increasing product added value by 20%;
• Enhanced Production Flexibility: Can handle small-batch customized orders, and also realize batch cutting of metal accessories through offline control function, increasing order response speed by 50%;
• Improved Material Utilization Rate: Precise cutting path planning reduces material waste, wood utilization rate is increased from 75% to 88%, and metal material utilization rate is increased from 80% to 92%.

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4. Common Problems and Solutions: Avoiding Misconceptions in Model Selection and Usage

4.1 Common Misconceptions in Model Selection and Guide to Avoid Pitfalls

Misconception 1: Thinking that multi-functional equipment is "jack of all trades, master of none"

Many enterprises worry that multi-functional equipment will sacrifice the performance of a single function, but the LM-1390-WFC adopts a dual laser system design. Metal processing uses 1500W fiber laser, which is equivalent to the performance of special metal laser cutting machines; non-metal processing is equipped with 130W CO2 laser to meet the processing needs of most non-metallic materials. Actual test data shows that the metal cutting accuracy and speed differ from those of single-function equipment with the same power by no more than 5%, which can fully meet the needs of small and medium-batch production.

Misconception 2: Ignoring the Compatibility and Expandability of Equipment

Some enterprises only focus on current needs and ignore future development. When selecting a multi-functional laser system, it is necessary to pay attention to whether the equipment supports power upgrade and function expansion. The LM-1390-WFC reserves a power upgrade interface, and the fiber laser power can be upgraded from 1500W to 2000W and the CO2 laser power from 130W to 150W according to production needs in the later stage, without replacing the whole machine, reducing the cost of secondary investment.

Misconception 3: Only Looking at the Price but Ignoring After-sales and Consumable Costs

Low-cost multi-functional equipment may have potential quality hazards in core components, with frequent replacement of subsequent consumables and high maintenance costs. As a 12-year laser equipment manufacturer, Jinan LaserMen CNC has a professional after-sales team and a stable consumable supply system. The core components of the equipment are guaranteed for 1 year, with service outlets in many regions across the country and 24-hour response to maintenance needs. Its consumable prices are transparent and have a long service life, and the long-term use cost is about 30% lower than that of equipment from small manufacturers.

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4.2 Common Problems During Use and Their Solutions

1: Accuracy deviation occurs when switching between metal and non-metal processing

Cause: The optical path calibration in the two processing modes is not in place, or there is dust accumulation on the guide rail;

Solution: Before switching processing modes each time, use the calibration function of the equipment to calibrate the optical path; regularly clean the dust on the guide rail and keep the guide rail lubricated; if the deviation is large, contact the after-sales engineer for professional debugging.

2: Welds that end up spattered or weak during metal welding.

Cause: The wire feeding speed does not match the laser power, or the workpiece surface has oil stains and rust that are not cleaned up;

Solution: Select the corresponding welding parameters (wire feeding speed, laser power, welding speed) in the control system according to the thickness and material of the workpiece; clean the workpiece surface with the derusting function of the equipment before welding to ensure no impurities; if the problem persists, check whether the wire feeder is blocked and clean or replace the welding wire in time.

3: Burnt edges or uneven cuts during non-metal cutting

Cause: Excessively high laser power, too slow cutting speed, or improper auxiliary gas pressure;

Solution: Reduce laser power and increase cutting speed; adjust the auxiliary gas pressure according to the material type (air assist is recommended for acrylic cutting, oxygen assist is recommended for wood materials); for thick plates, adopt layered cutting to avoid burnt edges.

4: Alarm and shutdown during equipment operation

Cause: Unstable power supply voltage, cooling system failure, or errors in processing files;

Solution: Check whether the workshop voltage meets the equipment requirements (220V±10%) and equip with a voltage stabilizer; check the water level and water temperature of the cooling water tank to ensure the normal operation of the cooling system; troubleshoot whether there are path errors in the processing file, and re-generate the processing file before running.

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4.3 Daily Maintenance and Care Tips

Daily Maintenance: Clean up waste and dust on the workbench; check whether the laser head has stains and wipe it with a special cleaning cloth; check the water level of the cooling water tank and replenish distilled water in time when it is insufficient;

Weekly Maintenance: Clean the guide rail and lead screw, apply special lubricating oil; check the connection part of the laser tube and optical fiber to ensure no looseness; clean the air filter to ensure unobstructed auxiliary gas;

Monthly Maintenance: Calibrate the laser optical path to ensure processing accuracy; check the welding wire allowance and wire feeding smoothness of the wire feeder; back up equipment parameters to prevent parameter loss;

Annual Maintenance: Comprehensive overhaul and replace aging consumables (such as laser tubes, lenses); check the wiring of the electrical system to eliminate potential safety hazards.

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5. Suggestions for Model-selection Decision: How to Judge if This Equipment Is Right for You?

5.1 Quick Self-test: Determine Compatibility in 3 Minutes

The following 5 questions help you quickly judge whether this 10-in-1 multi-functional laser processing system matches your production needs:

• Does your enterprise need to process both metal and non-metal materials? (Yes/No)
• Does your production process involve more than 2 types of cutting, engraving, and welding? (Yes/No)
• Is your factory floor area less than 50㎡? (Yes/No)
• Is your average daily processing volume between 50-200 pieces? (Yes/No)
• Do you hope to control equipment procurement cost and maintenance cost? (Yes/No)

If you answer "Yes" to 3 or more of the above questions, this 10-in-1 multi-functional laser processing system is most likely suitable for your enterprise.

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5.2 Three Key Factors in the Procurement Decision-making

• Cost Performance: Compare the total investment of single-function equipment combinations and calculate the payback period of multi-functional equipment (usually 6-12 months);
• Service Guarantee: Choose manufacturers with many years of industry experience and perfect after-sales outlets to ensure that equipment problems can be solved in a timely manner;
• Expandability: Consider the enterprise's development plan for the next 3-5 years, and select equipment that supports function upgrade and parameter adjustment to avoid rapid equipment elimination.

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5.3 Customized Requirements Connection

Jinan LaserMen CNC has a professional R&D team that can customize equipment according to the special needs of enterprises. If your processing scenario has the following special requirements, you can contact the technical consultant to obtain an exclusive customization plan:

• Special material processing: Such as titanium alloy, special plastic and other unconventional materials;
• Oversized processing: Need to expand the processing format or extend the handheld laser head cable;
• Automation integration: Need to link with production lines, robotic arms and other equipment;
• Special process requirements: Such as high-precision micro-engraving, welding at specific angles, etc.

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6. Contact our sales team to get a quotation.

Address: No.13908, Hehua Road, Licheng District, Jinan City Shandong Province, China

Email: support@lasermencnc.com

Tel: +86-531-6781-2013