5×10 Fiber Laser: Choose the Package That Produces the Cheapest Accepted Part
Direct answer: a 5×10 fiber laser is a common full-sheet platform for U.S. fabrication work, but “5×10” only describes the working format. It does not tell you the laser power, open or enclosed design, single or exchange table, source, cutting head, gas system, electrical requirement or delivered project cost.
Current UmproTech catalog references range from a 3kW open-table listing at $19,000 to a 12kW enclosed listing at $99,900. The right machine is the one that meets your edge-quality and throughput target at the lowest cost per accepted part—not the one with the highest wattage or lowest advertised base price.
Current 5×10 Fiber Laser Starting Prices
| Catalog configuration | Starting price | Commercial role | Verify before deposit |
|---|---|---|---|
| 3kW open 5×10 | $19,000 | Lower-entry production for shops bringing recurring sheet work in-house. | Exact source, head, controller, table architecture, chiller and electrical package. |
| 6kW open 5×10 | $35,000 | More throughput and production headroom when utilization can justify the upgrade. | Actual cycle gain on your DXF, gas demand, power and support equipment. |
| 3kW enclosed 5×10 | $54,900 | Enclosed production path where containment and workflow are part of the buying decision. | Doors, windows, interlocks, extraction interface and exact machine family. |
| 6kW enclosed 5×10 | $69,900 | Higher-output enclosed system for repeat production and stronger capacity planning. | Single or exchange table, loading envelope, utilities and installation scope. |
| 12kW enclosed 5×10 | $99,900 | High-output option only when real utilization and job mix support the capital and infrastructure. | Source/head rating, gas flow, electrical load, extraction, floor plan and acceptance test. |
Catalog prices can change. Freight, rigging, unloading, taxes, transformer or converter, compressor or gas equipment, extraction, installation, startup, training, consumables and spare parts are not automatically included.
The Price Gap Is Not Just “Open vs Enclosed”
$19,000 open vs $54,900 enclosed
It is tempting to call the difference an enclosure surcharge. That is not reliable. The listings can represent different machine families, frames, table systems, controls, safety architecture, extraction interfaces, component packages and delivery complexity.
Written configuration against written configuration
Compare the source, cutting head, controller, chiller, working area, table architecture, enclosure details, utilities, support equipment, freight, rigging, startup scope, training and acceptance criteria line by line.
3kW, 6kW or 12kW?
Start here when your recurring work is thin-to-mid sheet, production demand is moderate and the lower project cost matters more than maximum cycle capacity. Confirm performance with your material and DXF—not a generic maximum-thickness claim.
The current open-listing gap from 3kW to 6kW is about $16,000; the enclosed-listing gap is about $15,000. The upgrade should pay for itself through accepted parts per hour, avoided outsourcing, shorter lead time or higher margin.
12kW should not be selected because it is available on a price sheet. It needs enough beam-on work, piercing demand, throughput value and facility capacity to justify higher gas, electrical, extraction, maintenance and capital requirements.
A 5×10 Table Does Not Define the Machine Architecture
| Decision | What changes | Use the dedicated guide |
|---|---|---|
| Open vs enclosed | Access, containment, extraction approach, doors, service workflow, floor layout and price. | Open vs enclosed guide |
| Single vs exchange table | Loading overlap, pallet movement, utilization, footprint, guarding and maintenance. | Single vs exchange table |
| 5×10 vs 5×13 | Sheet format, long-part nesting, floor space, loading method and freight. | Table-size comparison |
| Sheet-only vs sheet-and-tube | Chucks, tube support, length envelope, software, guarding and production compromise. | Require the exact machine configuration in the written quote. |
What a Production-Ready 5×10 Project Can Add Beyond the Machine
Oxygen, nitrogen, high-pressure air, compressor, dryer, filtration, tank or generator based on the actual process.
Assigned model load, voltage, phase, breaker, transformer or converter and local electrical work.
System sizing, duct routing, discharge strategy and material-specific risk review.
Freight, access, door clearance, unloading equipment, crane or forklift and final placement.
Installation, commissioning, sample cutting and operator training only when included in the written scope.
Nozzles, protective windows, ceramics, filters, maintenance items and critical spares.
Use the fiber laser operating-cost guide to compare beam-on cost, production-clock cost and cost per accepted part. Use the main price page to compare other table and power categories.
Do Not Buy from a Maximum-Thickness Number
A published thickness number can mean occasional severance, a slow demonstration cut or stable production-quality cutting—three different outcomes. Material grade, surface, assist gas, nozzle, focus, optics, machine condition, edge criteria, pierce count and operator process all matter.
Review the 1.5kW–12kW thickness planning chart, then require sample cuts using your actual material and representative DXF. The acceptance review should record cycle time, pierce behavior, dross, taper, edge color, heat effect, part tolerance and any secondary cleanup.
Build the Quote Around Your Parts
Send this information
- DXF files or representative part drawings.
- Material grade or alloy, common thickness and maximum occasional thickness.
- Weekly volume, shifts and current outsourced cost.
- Required edge condition and downstream welding, bending, coating or cosmetic process.
- Open or enclosed preference and single or exchange-table preference.
- Available voltage, phase and service capacity.
- Air, oxygen or nitrogen plan—or request a complete recommendation.
- Delivery ZIP code, building access and unloading equipment.
- Whether freight, rigging, installation, startup and training must be quoted.
Useful 5×10 Decision Paths
5×10 Fiber Laser FAQ
How much does a 5×10 fiber laser cost?
Current referenced UmproTech listings include 3kW open at $19,000, 6kW open at $35,000, 3kW enclosed at $54,900, 6kW enclosed at $69,900 and 12kW enclosed at $99,900. These are catalog starting prices, not delivered project totals.
What is included in the advertised machine price?
Only the current written listing and quote can define inclusions. Do not assume freight, rigging, transformer, compressor, gas equipment, extraction, installation, training, taxes, consumables or spare parts are included.
Is a Shopify inventory number proof that a machine is ready to ship?
No. A catalog inventory signal does not confirm a physical, unreserved, serial-numbered machine with the required voltage and components. Ask for written allocation and assigned-machine details.
Is 3kW enough for a 5×10 table?
It can be a practical lower-entry choice for many thin-to-mid sheet applications. The answer depends on actual material, thickness, pierce count, volume, edge quality and required cycle time.
When is 6kW worth the extra cost?
When the measured increase in accepted parts per production hour, avoided outsourcing, shorter lead time or additional margin repays the higher project and operating cost.
Should every production shop buy 12kW?
No. 12kW requires a workload and facility that can use the output. Underutilized power can raise capital and infrastructure cost without improving profit.
Does 5×10 mean exchange table?
No. 5×10 describes working format. The machine can be single table, exchange table, open, enclosed or another architecture. Confirm it in writing.
Does a 5×10 sheet laser also cut tube?
Not automatically. Tube cutting requires a machine designed and quoted with the correct chucks, supports, control functions, guarding and tube-size capacity.
Which assist gas is best?
It depends on material, thickness, edge requirement and downstream operation. Oxygen, nitrogen and compressed air should be compared by cost per accepted part rather than gas price alone.
Can I choose power from a thickness chart?
A chart is only a planning tool. Final selection should use representative sample cuts and written acceptance criteria for your material and parts.
Is financing guaranteed?
No. Financing is subject to lender approval, documentation, credit profile and final equipment scope. Payment examples are not approval or final terms.
What is the fastest way to get an accurate quote?
Send DXF files, material grades, thicknesses, volume, edge requirements, shop power, gas plan, ZIP code, unloading access and the exact delivery/startup services you need included.
Commercial notice: specifications, prices, brands, component models, availability, freight, warranty, installation, training and financing can change. The signed quote, invoice, assigned model/nameplate and manufacturer documentation control the final transaction.