Description
UmproTech Coil-Fed Fiber Laser · 60 in × 0.100 in · 3 kW · 10 t Decoiler
Coil-fed fiber laser blanking line engineered for US fabricators and OEMs requiring automated, repeatable blanking from 60" coil. This system combines decoiling, precision leveling, servo feeding, and 3 kW fiber laser cutting in a single line to convert coil tonnage into consistent blanks with reduced manual handling and stable cycle times.
Optimized for material in the ≈0.048–0.100" thickness range, the line is a practical choice for HVAC, enclosure, machinery, and general fabrication work where sheet-fed lasers are throughput- or labor-limited and coil supply is already in place.
Coil width: 60 in · Max thickness (rating): up to 0.100 in carbon steel* · Laser power: 3 kW fiber · Decoiler: 10 t nominal capacity
*Thickness rating assumes low-carbon steel within specified mechanical and flatness tolerances. Higher-strength, stainless, galvanized, or coated material may require derating (thickness and/or speed) and application-specific test cutting.
Key advantages for US buyers
- Automated coil-to-sheet workflow: Coil-fed operation up to 60" wide and 0.100" thick eliminates repetitive sheet loading, stabilizes material flow, and reduces operator touch time on every blank.
- 10 t decoiler + precision leveler: Handles common 60" coil packages from service centers. Integrated straightener/leveler minimizes coil set and crossbow so blanks exit flat enough for predictable forming and welding.
- 3 kW fiber laser with autofocus: Balanced power level for mid-gauge carbon steel. Delivers high cutting speeds on thinner gauges while maintaining controlled, parameter-managed performance at 0.100" with suitable assist gas.
- Servo feeder + nesting HMI: Closed-loop servo feed and encoder feedback coordinate with the cutting head; the HMI with nesting and CAD import reduces programming time and maximizes material utilization from each coil.
- Scalable automation path: Start with manual blank removal and add automatic stacking and zone-based part sorting as part families and volumes grow toward lights-out operation.
- Cell-friendly footprint: 60" width class fits well in laser-to-brake cells, panel lines, or standalone blanking areas without the footprint of 72" / 15 t coil systems.
Key technical specifications
Coil / working width: up to 60 in
Processes coil stock up to 60" wide, allowing single-row blanks for large panels or multi-up nests of smaller components. Matches common 48–60" coil supply used in HVAC, enclosure, and general fabrication work.
Thickness range (carbon steel): up to 0.100 in (≈2.5 mm)
Typical working window covers ≈0.048–0.100". At lower gauges, throughput is motion/pierce-limited; near 0.100", the process becomes power- and quality-limited and requires validated cut parameters and assist gas selection to maintain edge quality and piercing reliability.
Laser source: 3 kW fiber
Modern fiber source with stable output and high electrical efficiency. Supports O₂ and N₂ cutting (and air where supported) for different edge-quality and cost profiles. Parameter tables are defined by thickness, material grade, and assist gas type.
Cutting head: Autofocus fiber head with collision protection
Programmable focus position and pierce/cut heights for consistent quality across part families. Collision-protection / breakaway design helps protect optics and mechanics in the event of strip movement, up-forms, or skeleton contact.
Decoiler capacity: up to 10 t
Sized for typical 60" coil weights in this thickness range. Provides long coil runs with fewer changeovers while remaining manageable for mid-sized facilities in terms of coil handling and floor loading.
Straightener / leveler: precision multi-roll leveler
Reduces coil memory and residual stress to achieve flat blanks. Correct setup of roll depth and tension is critical at 0.100" for consistent bending performance and to limit part movement during cutting.
Servo feeder: encoder-based closed-loop feed
Controls strip indexing into the cutting cell with accurate feed length and minimal slippage. Supports repeatable blank length tolerances and stable nest positioning over full coil runs.
Integrated modules: coil handling + scrap evacuation
Typical line includes entry peeler/straightener, feed unit, cutting cell, and conveyor-based scrap/skeleton removal. Scrap is managed for continuous coil operation rather than sheet-by-sheet handling.
Controls & software: HMI with nesting / CAD import
Imports standard CAD formats (e.g. DXF) and generates nests tuned for coil width, part mix, and scrap strategy. Job queues, material libraries, and operator prompts support high-mix environments and shift-to-shift repeatability.
Engineering view: process window & sizing
At 3 kW and up to 0.100" carbon steel, the line sits in a balanced window where coil handling, leveling, and servo feed mechanics can support significantly more throughput than sheet-fed workflows, while power remains sufficient for most mid-gauge applications common in HVAC and enclosure work.
Typical coil thickness window (illustrative): ≈ 0.048–0.100 in
Below ≈0.048", strip handling and line configuration may favor thin-gauge-optimized equipment; above 0.100", 3 kW power becomes limiting for speed and edge quality and typically requires a different line configuration or higher laser power.
Coil ID / OD (example ranges):
ID typically ≈ 20–24" · OD up to ≈ 60–72"
Exact values depend on decoiler mandrel design and must be confirmed during specification to align with your service-center coil standards.
Process behavior near 0.100" thickness:
At the upper end of the thickness rating, the process becomes power-limited. Cutting speeds and pierce routines must be conservative, skeleton design must prevent movement, and assist gas selection (O₂ vs N₂) is typically driven by edge-quality vs throughput priorities. Test cutting is recommended for new grades or weld-critical edges.
Capabilities & typical applications
The 60 in × 0.100 in, 3 kW coil-fed line is intended as a core blanking platform for shops that already buy coil or want to move from sheet to coil-based supply in this gauge range. It converts coil inventory directly into cut-to-size blanks ready for forming, welding, or assembly.
- Blanking of HVAC panels, duct sections, and structural brackets from 60" coil.
- Production of enclosure sides, doors, and mounting plates for electrical and machinery cabinets.
- OEM and contract manufacturing of repeat part families supplied on 48–60" coil.
- Feeding press brakes, panel benders, and robotic welding cells with consistent, repeatable blanks.
- High-mix/low-volume or repeat production runs where nesting from coil improves yield over sheet-fed methods.
Implementation & support for US shops
UmproTech works with US fabricators and OEMs from early concept through commissioning to ensure that a 60 in × 0.100 in, 3 kW coil-fed line is correctly sized and integrated. Because coil-fed systems impact material supply, layout, and downstream capacity, early technical engagement is key.
- Pre-install review: floor loading, access paths, coil storage and handling, power and fume extraction, and safety zoning around the line and coil area.
- Application engineering: analysis of coil specs (width, thickness range, grades, coatings), part families, nesting strategies, and cycle-time estimates to support ROI and capacity planning.
- Commissioning & training: on-site installation, parameter tuning, and operator training on HMI, nesting workflow, coil handling, and preventive maintenance routines.
- Ongoing optimization: support for adding new part families, adjusting nests, and tuning parameters as material mix and production volumes change.
Next step: send UmproTech your typical coil specifications (width, thickness range, ID/OD, grades) and sample part drawings or nests (DXF/STEP/PDF). We will confirm technical fit, estimate cycle times, and propose a line configuration and layout aligned with your throughput and labor objectives.
Equipment Financing and Quote Path
For qualified U.S. buyers, UmproTech can include financing review with the equipment quote so the machine, tooling, startup support, delivery planning and training needs are evaluated as one package.
This helps buyers compare direct purchase, low-upfront equipment financing, rental-to-purchase planning and complete package quoting before committing to a machine.
Request UmproTech financing review
Financing is subject to third-party lender review and approval. Terms, payment options and availability vary by buyer, equipment, invoice amount and program availability.
Quick Answer for U.S. Buyers
UmproTech Coil-Fed Fiber Laser 60in x 0.100in, 3kW, 10t Decoiler USA is relevant for U.S. equipment buyers comparing payment paths before purchasing or scaling fabrication capacity. This page helps buyers evaluate fit, compare key requirements and prepare a quote-ready RFQ without assuming final specifications, availability or approval terms.
Best-fit applications
equipment financing review, lease-to-own planning, staged purchasing, cash-flow preservation and quote preparation.
What to compare before requesting a quote
- equipment type
- quoted package
- business details
- delivery ZIP
- startup needs
- rental option
- training/support
- application
Common buyer questions
Can buyers request financing review for UmproTech equipment? Yes. Buyers can request financing review after identifying the machine package, application, delivery ZIP, support needs and quote scope.
Can this be reviewed for rental, purchase or financing? Yes. UmproTech can review the buyer path when the application, delivery ZIP, timeline, training needs and package scope are provided. Financing review is available at https://ceilingfinancial.fillout.com/umprotech.
How should procurement teams use this page? Use it to prepare an RFQ, compare equipment fit, identify startup requirements and collect the details needed for quote review, vendor onboarding or budgetary planning.
