Laser equipment buying guide

This laser equipment buying guide follows a practical question: which specification belongs beside the work you need to do? Victory Industry's range includes sheet cutting, tube cutting, welding, cleaning, marking and bending equipment. Here you'll find specific examples from those families, with the original field names retained so you can check them on the product pages.

Keep the drawing or surface description open as you read. The equipment table explains the listed machine; your drawing explains the intended job. Neither replaces the other. These comparisons use published specifications, not customer cases or application tests, and the planning steps are suggestions for organizing your purchase.

Begin with the operation, then narrow the category. A VIF page takes you into sheet and fiber laser cutting. VIT is a tube cutting family, while VIE-T belongs to the combined tube-and-sheet range. V100 has a separate structural steel profile specification. They aren't simply different sizes of one equipment format.

The same distinction appears in welding. VIW is handheld; VIW-R is automatic. Both have models at the same power levels, but the shared wattage doesn't describe how the work is arranged. A shortlist should therefore show the category and full series name before any numerical comparison. That gives everyone reviewing it a common starting point.

VIF4015 and VIF4020 provide a useful first comparison. Their Cutting Area entries are 4000*1500mm and 4000*2000mm: the first dimension matches, the second doesn't. The remaining models are VIF3015 at 3000*1500mm, VIF6015 at 6000*1500mm, VIF6020 at 6000*2000mm and VIF6025 at 6000*2500mm. Read both dimensions against the sheet stock specified for your work.

Now look across the power row. All six model columns share a Laser Power range of 1500-3000W. The area choice hasn't selected a single power. Record the proposed power separately from the model, then add the finished-part drawing. A stock size and a power entry make a more precise inquiry, but they don't yet describe every feature you intend to cut.

The tube tables need a little more care with labels. VIT6022 and VIT6035 give 6000*220mm and 6000*350mm as Cutting Area. VIT-F calls its field Working Area, with 12000*350mm for VIT-F35, 12000*520mm for VIT-F52 and 12000*850mm for VIT-F85. Its Machine Size is a separate field. Keep these labels when transferring the figures into your comparison.

Calling all of them maximum tube diameter or floor space would introduce an interpretation the entries haven't established. Alongside them, describe the actual stock: section shape, outside dimensions, wall thickness, material grade and incoming length. Use a drawing reference for the finished holes, slots and end cuts. Each section then has an identifiable requirement to discuss against the proposed equipment.

V100's handling entries deserve their own place in the comparison. The listed Minimum Clamping Wall Thickness is ≥5.0 mm and Maximum Single-Workpiece Load Capacity is ≤5T. Loading Method reads Manual loading; Loading Length is 12000 mm. Reading these together gives you four distinct fields to review against the profile drawing, weight and incoming stock length.

Sketch where that stock will wait and how it will approach the machine. Show where the finished pieces go, too. Existing handling equipment and additional items requested for supply should be identifiable on the sketch. If you want a different arrangement from the listed manual loading method, raise it explicitly; don't let a desired option silently become part of the assumed specification.

A combined machine inquiry has two parts. VIE-T, VIF-T and VIP-T belong to the tube-and-sheet category. Within VIE-T, the Cutting Area changes from 3000*1500mm for VIE3015T to 6000*2500mm for VIE6025T. Those figures distinguish the named models, but they aren't a substitute for a description of the tube work you also intend to discuss.

Set out the sheet jobs and tube jobs separately. The sheet portion needs its stock dimensions and finished drawing; the tube portion needs its section, length and finished features. Indicate which jobs recur and which are occasional. When you review a proposal, check both portions against their drawing references so that the combined requirement remains visible.

For handheld welding, VIW1500, VIW2000 and VIW3000 correspond to 1500W, 2000W and 3000W. The automatic family uses VIW1500R, VIW2000R and VIW3000R at those same powers. The R matters. Comparing VIW2000 with VIW2000R on power alone would miss the handheld-versus-automatic distinction that separates the two product categories.

Give both discussions the same assembly drawing. Show the adjoining parts, materials, thicknesses and access to each seam. Describe how the parts are held, loaded and removed. For an automatic arrangement, add the intended welding path and the changes between jobs. This provides a common task for comparing proposals without assuming that matching power means a matching setup.

The component rows answer another set of questions. VIF lists Raytools and WSX for Laser Head, and Raycus, MAX and IPG for Laser Generator. VIT's control entry names CypCut and Weihong; VIT-F names FSCUT. These are series-specific entries. Combining every brand into a single purchasing list would obscure which specification supplied each option.

A useful comparison has space for the source entry and the quoted selection. For example, VIW gives Fiber Length as Standard 10m, Maximum Support 20m. Keep that original wording beside the length proposed for your order. You can then distinguish an available option from an included item without losing the information you started with.

Cleaning calls for a surface description as well as machine data. VIQ lists Cleaning Width at 10-300mm and Cooling Mode as Water Cooling. Your requirement should explain the surface, what needs to be removed and the condition that should remain. The width and cooling fields belong to the equipment specification; the requested finish belongs to the application brief.

For marking, the category choices include VIM-FD for fiber, VIM-CD for CO2 and VIM-MD for MOPA. Send the actual text or artwork with the material description. Its size, position and any change between pieces help define the marking request. A category name alone leaves those details unanswered, however clear the equipment shortlist may be.

Press brake ranges should stay attached to their families. The electric servo CNC entry lists Tonnage as 20—130T and Machining Length as 1000mm—3200mm. The electro-hydraulic entry lists 40—1000T and 1600mm—16000mm. A proposed machine needs its own configuration; taking a tonnage from one range and a length from another does not identify it.

The part drawing supplies the bending requirement. Add the material, thickness and bend lengths, and identify existing tooling separately from anything you want supplied. Tooling compatibility remains a question to resolve in that discussion. The hybrid servo family has a separate catalog entry; absent information there shouldn't be supplied by borrowing numbers from the electric or electro-hydraulic families.

Victory Industry lists installation and commissioning, training, technical support, maintenance and upgrades among its services. Include the relevant work in the purchase brief. For a new installation, give the destination and the preparation assistance your team needs. For an existing machine, its current model and configuration provide the starting point for a support or upgrade discussion.

Before making the decision, gather the drawing revision, model, selected components, handling arrangements and service scope with the proposal. Leave unresolved questions visible. Delivery and commercial terms belong with that same record, with your intended purchase date distinguished from any offered delivery date. The original VIF specification and service pages below let you check the source material behind these examples.