Fiber Laser Table Welding Machine
Fixed-table fiber laser welding systems provide stable, accurate welding for thin parts, channel letters, decorative components, precision assemblies, and repeat production. Choose the right configuration based on material, thickness, work area, positioning, fixtures, and automation requirements.
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Our Fiber Laser Table Welding Machines
Explore fixed-table fiber laser welding systems designed for accurate positioning, controlled welding, stable workholding, and detailed metal fabrication. Compare available models based on laser power, working area, vision system, welding head, cooling, and automation requirements.
Fiber Table Welding Machine HT FWT-1500
How to Choose the Right Fiber Laser Table Welding Machine
Choose the right table welding system by matching the material, thickness, part dimensions, joint geometry, positioning requirements, production volume, workshop setup, and required level of automation.
By Material and Thickness
The HT FWT-1500 supports aluminum from 0.2–3 mm, galvanized sheet from 0.2–4 mm, and stainless steel from 0.6–4 mm.
By Part Size and Work Area
The foldable dual-wing table measures 200 × 160 × 119 cm when extended and 96 × 160 × 119 cm when folded. Make sure your parts and workshop layout fit this operating footprint.
By Joint Type and Fit-Up
Joint geometry, gap control, surface condition, shielding, filler requirements, and expected finish all influence the welding configuration and achievable consistency.
By Precision and Positioning
For small seams and detailed components, compare CCD positioning, fixture repeatability, focus control, and adjustable weld-pattern capability.
By Production Volume and Automation
For repeated production, evaluate fixtures, cycle time, saved parameters, programmable motion, rotary options, and other automation requirements before selecting a system.
Compare Fiber Laser Table Welding Machine Models
Compare common table-welding configurations by positioning method, workholding, motion control, repeatability, and production requirements before choosing a machine.
| Product | Laser Power | Welding Capacity | Positioning | Welding Head | Cooling | Welding Speed | Best For |
|---|---|---|---|---|---|---|---|
| HT FWT-1500 View Product | 1500 W MAX fiber source |
Aluminum: 0.2–3 mm, Galvanized Sheet: 0.2–4 mm, Stainless Steel: 0.6–4 mm, |
10X CCD Crosshair & red-light positioning | Double-Swing Head Adjustable weld patterns | Compressor Water Cooling | 0–120 mm/s |
Advertising, decorative work, precision parts, prototypes & repeat components |
Why Choose Hightech Fiber Laser Table Welding Machines?
Stable and Precise Workholding
Stable Table-Based Welding The fixed table and foldable dual-wing design provide a stable working platform for accurately positioned metal parts and precision welding tasks.
CCD-Assisted Positioning
A standard 10X CCD camera with crosshair and red-light positioning helps operators align detailed welds accurately and monitor the work area clearly.
Flexible Weld Pattern Control
Available oscillating and double-swing welding heads can adjust weld patterns for different seams, helping improve joint appearance and process flexibility.
Warranty & Lifetime Support
Includes a one-year warranty and lifetime after-sales technical support, covering installation guidance, machine setup, operator training, troubleshooting, software assistance, and maintenance support.
Materials and Fiber Laser Table Welding Applications
Fiber laser table welding systems are used where parts can be supported, aligned, or fixtured consistently. Applications range from channel letters and signage to decorative metalwork, thin-sheet assemblies, prototypes, and detailed precision components.
Aluminum
Suitable configurations can weld aluminum parts and signage components, with alloy-specific cleaning, focus, shielding, and sample validation recommended before production.
Stainless Steel
Useful for precision signs, decorative parts, and thin assemblies where controlled gaps, heat input, and seam appearance are important.
Galvanized Sheet
Can be processed with suitable parameters and effective extraction to manage zinc vapor generated during welding.
Titanium
Precision welding requires clean surfaces, reliable shielding, and validated parameters for the specific grade and component.
Channel Letters and Signage
Fixed-table positioning and CCD-assisted alignment make the system suitable for channel letters, sign components, and accurately positioned signage welding.
Decorative and Precision Components
The fixed table, CCD positioning, and selectable weld patterns support small, accurately positioned metal parts and repeat precision welding tasks.
Frequently Asked Questions
What Is a Fiber Laser Table Welding Machine?
A fiber laser table welding machine is a laser welding system arranged around a fixed worktable so parts can be supported, aligned, or fixtured during welding.
How Is a Tabletop Fiber Laser Welder Different From a Handheld Laser Welder?
A table system prioritizes controlled positioning and repeatability for supported parts, while a handheld laser welding machine provides greater flexibility for larger or more varied assemblies.
Which Metals Can a Fiber Laser Table Welding Machine Weld?
The current Hightech table-welding configuration lists aluminum, stainless steel, galvanized sheet, and titanium. Final suitability should be confirmed for the exact grade, thickness, coating, joint, and finish requirement.
Can It Weld Aluminum and Stainless Steel Channel Letters?
Yes, when the alloy, material thickness, joint fit-up, shielding, focus, and welding parameters have been validated for the application.
What Applications Are Best Suited to a Fiber Laser Welding Table?
Typical applications include channel letters, signs, decorative metalwork, thin precision parts, prototypes, and repeat components that benefit from stable positioning.
How Much Workshop Space Is Required?
Plan space for the machine, worktable, cooling system, extraction, service clearance, operator access, and an appropriately controlled laser-safety area.
What Worktable Size and Laser Power Should I Choose?
Choose a work area that accommodates your largest routine part and validate laser power using the thickest regular material and representative sample welds.
What Affects Welding Accuracy and Consistency?
Consistency depends on positioning, fixtures, focus, joint gaps, surface condition, welding parameters, cooling, shielding, and operator practice.
What Factors Affect Fiber Laser Table Welding Machine Price?
Price can vary with laser power, table size, vision system, motion control, fixtures, cooling, software, safety equipment, shipping, installation, training, warranty, and support.
What Maintenance Does a Fiber Laser Table Welding Machine Require?
Routine maintenance can include checking optics and protective lenses, cooling water, filters, fixtures, extraction, cables, gas lines, and stored machine or software settings.