01
Traditional cutting methods are slow or rough
Compared with plasma, flame or manual cutting, fiber laser cutting better serves work that needs controlled edge quality and complex contours.
Fiber Laser Cutting / Single-Table Fiber Laser Cutting Machine
Single-Table Fiber Laser Cutting Machine
Cost-effective sheet metal laser cutting solution for small and medium fabrication workshops.
A single-table fiber laser cutting machine designed for flat metal sheet cutting, workshop production and practical fabrication use. It helps customers upgrade from traditional cutting methods to fiber laser cutting with a simpler structure, controlled investment and flexible sheet metal processing capability.
Single-table Open Structure
Suitable for Metal Sheet Cutting
Cost-effective Entry Solution
Practical for Sheet Metal Workshops
Cutting Challenges
What Cutting Problems Can It Solve?
02
First-time laser buyers need controlled investment
A single-table structure provides a direct entry route for workshops purchasing their first laser cutter or managing a defined equipment budget.
03
Workshops need flexible sheet metal processing
One cutting platform can process different sheet materials, thicknesses and profiles when the laser, gas and parameters are configured correctly.
04
Small workshops have limited floor space
The simpler single-platform layout can suit small and medium workshops that do not require an exchange-table production system.
05
The machine must fit the full fabrication workflow
Cut parts can continue to bending, rolling, welding, grinding, coating and final assembly.
Workshop Positions
Single-table Sheet Metal Laser Cutting Solution
Choose the machine position around actual production goals, not a generic model label.
01
Entry-level Laser Cutting Upgrade
- Suitable for
- First-time laser buyers, repair workshops and general metalworking businesses.
- Recommended use
- Upgrade suitable sheet work from traditional cutting to programmable contour cutting.
- Production value
- A controlled path to broader cutting capability without selecting a high-output exchange-table line.
Final configuration is matched to material, thickness, sheet size and daily workload.
02
Small & Medium Sheet Metal Workshop
- Suitable for
- Sheet-metal factories, cabinet makers, signage producers and stainless-steel workshops.
- Recommended use
- Daily cutting of mild steel, stainless steel, galvanized sheet, aluminum and other configured materials.
- Production value
- Flexible production for changing drawings, mixed orders and small or medium batches.
Nesting, CNC control and suitable handling equipment help organize routine production.
03
Supporting Machine in a Fabrication Line
- Suitable for
- Workshops already using press brakes, shears, rolling machines and welding equipment.
- Recommended use
- Front-end cutting for parts that continue into forming, joining and surface treatment.
- Production value
- Connects accurate sheet preparation with the rest of the fabrication process.
Plan the laser cutter together with downstream machine capacity and part flow.
Real Industry Environments
Applications
Nine real photographs show representative production environments and downstream products. They are application references, not customer cases or photos of this exact machine.
01Sheet metal fabrication
Cuts contours, holes and profiles for general fabrication before bending, welding and assembly.
02Electrical cabinet and enclosure
Supports repeatable cutting of cabinet panels, doors, mounting plates, ventilation openings and brackets.
03Advertising signage
Produces letters, logos, decorative profiles and mounting parts from suitable metal sheets.
04Stainless steel products
Processes suitable stainless panels and parts when power, gas and edge requirements are matched to the job.
05Kitchen equipment
Prepares stainless panels and components for commercial kitchen equipment, counters and housings.
06HVAC duct and ventilation parts
Cuts flat blanks, flanges, transitions and ventilation components before forming and joining.
07Machinery manufacturing
Supplies guards, covers, brackets and machine parts to a coordinated fabrication workflow.
08Metal door and window parts
Cuts suitable frame inserts, panels, brackets and decorative parts for metal doors and windows.
09General metalworking workshop
Adds flexible flat-sheet cutting for mixed orders, repair work and daily metal-part production.
Configured Material Capability
Materials
M01
Mild Steel
M02
Stainless Steel
M03
Galvanized Sheet
M04
Aluminum Plate
M05
Copper Sheet
M06
Brass Sheet
M07
Thin Metal Plate
The suitable cutting thickness depends on laser power, material type, cutting gas, cutting speed, cutting quality requirement and machine configuration. Please confirm your material and cutting requirement before quotation.
Production Sequence
From Sheet Metal to Cut Parts
01
Drawing Import
Import DXF or compatible cutting files according to the nesting software and control system.
02
Material Loading
Place the metal sheet on the single working table manually or with suitable lifting equipment.
03
Cutting Parameter Setting
Set laser power, speed, focus, gas type and pressure for the material and thickness.
04
Fiber Laser Cutting
Cut the flat sheet into the required contours, holes and profiles.
05
Part Sorting
Remove finished parts and scrap from the working table after cutting.
06
Next Process
Continue with bending, rolling, welding, polishing, coating or final assembly.
Platform Position
Why Single-table Design?
A direct, open platform for flexible flat-sheet production and straightforward daily workflow.
One working platform is used for loading, cutting and unloading.
The structure is simpler than an exchange-table system and easier for an entry-level workshop to understand.
It is positioned for flexible sheet cutting instead of high-volume continuous production.
The open structure makes manual sheet loading and part removal straightforward.
It is a practical choice for small and medium workshops with controlled investment.
Configuration Guide
Choose the Right Laser Power
Material, thickness, output and edge expectations determine the suitable source configuration.
Material and thickness
Thinner sheets typically need less power; thicker plate or higher throughput can require more.
Material behavior
Stainless steel, aluminum, copper and brass can require different power and gas choices.
Quality and output
Edge finish, production speed, part geometry and operating budget should be assessed together.
Laser power
Customizable / Please confirm with our sales engineer
Process Selection
Cutting Gas and Edge Quality
Oxygen
Often considered for carbon steel depending on thickness, process and edge requirements.
Nitrogen
Can help manage oxidation on stainless steel and some non-ferrous metals, depending on configuration.
Compressed air
May suit cost-sensitive tasks when the material, edge result and system specification allow it.
Final gas selection depends on material, thickness, edge-quality target, cutting process and operating cost.
Practical Capability
Why Choose This Single-Table Fiber Laser Cutting Machine?
- Cost-effective fiber laser cutting entry solution
- Suitable for flat metal sheet cutting
- Simple single-table structure for easier daily operation
- Good choice for small and medium workshops
- Supports different metal materials depending on configuration
- Flexible cutting for contours, holes and sheet metal parts
- Works with bending, shearing, rolling and welding processes
- Suitable for customers upgrading from traditional cutting methods
Applicable original product data
- Open-type single table
- Fiber laser source and cutting head
- Precision guide rails and rack drive
- Servo control and CNC cutting workflow
- Water cooling, exhaust, gas and electrical systems confirmed by configuration
Objective Selection
Single-table Fiber Laser vs Exchange-table Fiber Laser vs Plasma Cutting
Each process has a useful production position. Select according to output, handling, quality and investment priorities.
| Comparison item | Single-table Fiber Laser | Exchange-table Fiber Laser | Plasma Cutting |
|---|---|---|---|
| Working table structure | One open working platform | Two coordinated working platforms | Open slat table in common configurations |
| Loading and unloading | Performed on the same platform | Prepared on a second platform during the cycle | Performed on the cutting table |
| Investment level | Controlled entry position | Higher-output system position | Often selected for cost-sensitive work |
| Cutting flexibility | Flexible flat-sheet profiles and holes | Similar process with higher production coordination | Useful for suitable plate applications |
| Production efficiency | Suitable for moderate and mixed production | Better suited to continuous, higher-volume schedules | Depends strongly on plate and quality target |
| Edge quality | Laser process selected for controlled detail and finish | Laser process selected for controlled detail and finish | Heat-affected zone and finish require application review |
| Suitable workshop | Small and medium fabrication workshop | Higher-output production workshop | Heavy or cost-sensitive cutting workshop |
| Recommended use | Entry upgrade and flexible sheet cutting | Repeated production with loading coordination | Suitable plate work where laser finish is not required |
Connected Production
Build a Complete Sheet Metal Fabrication Workflow
The single-table fiber laser cutting machine is a front-end cutting machine within a complete sheet metal fabrication workflow.
01
Single-Table Fiber Laser
Complex contours, holes and sheet cutting.
02
Shearing Machine
Straight cuts and simple sheet division.
03
Press Brake
Forms cut blanks into finished profiles.
04
Plate Rolling Machine
Creates curved panels and cylinders.
05
Hydraulic Press
Supports forming, pressing and assembly tasks.
06
Welding Machine
Joins prepared components and subassemblies.
07
Surface Treatment
Grinding, coating and final product finishing.
Before Configuration
How to Choose the Right Single-Table Fiber Laser Cutting Machine?
Sheet material
Maximum and common cutting thickness
Common sheet size
Required cutting quality
Daily cutting quantity
Main products or applications
Required laser power
Open type or optional enclosure
Smoke exhaust requirement
Available workshop space
Voltage requirement
Cooling-system requirement
Cutting-gas condition
Budget range
Machines to coordinate with the laser cutter
Original Product Data
Technical Specifications
Applicable values below resolve from product.specs. Unavailable values remain explicitly subject to confirmation.
| Model | Working Area(mm) | Laser Power(kW) | Cutting Material | Maximum Cutting Thickness(mm) | Positioning Accuracy(mm) | Max Cutting Speed(m/min) | Transmission System | Control System | Cooling System | Machine Size L × W × H(mm) | Machine Weight(kg) | Application |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Single-Table Fiber Laser Cutting Machine | Customizable / Please confirm with our sales engineer | Fiber laser power selected by material and maximum cutting thickness | Mild steel, stainless steel, galvanized sheet, aluminum, copper and brass depending on configuration | Customizable / Please confirm with our sales engineer | Customizable / Please confirm with our sales engineer | Customizable / Please confirm with our sales engineer | Precision guide rails, rack drive, and servo control | CNC cutting control system; final brand and functions depend on configuration | Customizable / Please confirm with our sales engineer | Customizable / Please confirm with our sales engineer | Customizable / Please confirm with our sales engineer | Flat metal sheet cutting for fabrication, cabinets, signage, stainless products, HVAC parts and general metalworking |
Final specifications depend on sheet material, thickness, working area, laser power, cutting gas, control system and selected machine configuration.
Installation Readiness
Workshop Preparation and Safety
Site planning, operator training and local rules remain part of the final installation plan.
Prepare stable electrical power for the confirmed machine configuration.
S01Confirm cutting-gas supply, storage and pressure requirements.
S02Plan smoke exhaust or dust collection for the workshop layout.
S03Prepare the cooling system and a clean installation area.
S04Operators must follow laser-safety instructions and local regulations.
S05Open-type machines require especially careful eye protection, access control and safety management.
S06Buyer Questions
Single-table Fiber Laser Cutting Machine FAQ
Final cutting capability and equipment configuration are confirmed from the actual production requirement.
01What is a single-table fiber laser cutting machine?
It is a fiber laser machine that uses one working table for loading, cutting and unloading, primarily for flat metal sheet processing.
02What materials can this machine cut?
Typical configured applications include mild steel, stainless steel, galvanized sheet, aluminum, copper and brass. Capability depends on laser power, thickness, cutting gas and process settings.
03What is the difference between single-table and exchange-table fiber laser cutting machines?
A single-table machine has one work platform and a simpler structure for controlled-investment workshops. An exchange-table system coordinates a second platform to reduce loading waits in higher-output production.
04Is it suitable for first-time laser cutting machine buyers?
It can suit small and medium workshops buying their first laser cutter, provided the configuration is confirmed against material, sheet size and production quantity.
05Can it cut stainless steel and aluminum?
Yes, in a suitable configuration. Material thickness, laser power, cutting gas and edge-quality requirements must be reviewed first.
06How do I choose the right laser power?
Provide the material, maximum and common thicknesses, speed and finish targets, production quantity and budget so an engineer can recommend the configuration.
07What cutting gas should I use?
Oxygen, nitrogen or compressed air may be selected according to material, thickness, edge requirement, process and operating cost.
08Can this machine replace a shearing machine?
Laser cutting serves complex contours, holes and flexible nesting; a shear remains efficient for suitable straight cuts. Many workshops use both.
09What information should I provide before quotation?
Send material, thickness, sheet dimensions, daily quantity, quality target, product application, voltage, supporting-equipment needs and destination country or port.
10Can the machine be customized?
Working area, laser power, control, cooling, exhaust, optional enclosure and voltage can be reviewed and confirmed for the required configuration.
Explore Related Equipment
Continue planning the fabrication line.
Talk to an Engineer
Need a Cost-effective Sheet Metal Laser Cutting Solution?
Send your material, thickness, sheet size and production requirement. We will recommend a suitable single-table fiber laser cutting machine configuration for your workshop.