# Alternatives to DMLS for large metal 3D printed parts > Compare Mesh2Metal with powder-bed metal 3D printing for build size, lead time, finish, materials, documentation, quantities, and total cost. Canonical: https://mesh2metal.com/compare/powder-bed-metal-3d-printing __Mesh2Metal vs powder-bed metal 3D printing__ | Criterion | Mesh2Metal | powder-bed metal 3D printing | | -------------------------- | ------------------------------------------------------------------------------------------------------ | -------------------------------------------------------------------- | | Build size | Up to 800 × 800 × 600 mm; larger on request | Commonly about 250 × 250 × 300 mm; larger systems about 400–500 mm | | Lead time | Made in under 1 day; delivery next day to 5 days, depending on size | Typically 1–3 weeks | | Multi-material | Up to 3 alloys in one part | Single alloy per build | | Surface finish | As-built Ra 12–25 µm; machined Ra 3.2 µm standard, 1.6 µm optional | As-built finish varies; finishing commonly specified | | Tolerances after machining | ±0.1 mm standard; ±0.05 mm precision | Critical dimensions often require machining; confirm supplier values | | Post-processing | Built near-net shape, then precision machining and inspection when specified | Support removal and post-processing required | | Materials | Aluminum, copper, stainless, titanium, nickel, and tool steel families | Alloy availability varies; one alloy per build | | Quality documentation | Quality certificate with composition, defect map, deviation, properties, traceability, and conformance | Documentation varies; specify records before order | | Quantities | 1–200; no tooling | Often suited to small, intricate batches; economics vary | | Cost | Instant quote; no tooling; based on part, alloy, finish, and quantity | Include build, support removal, post-processing, and inspection | Mesh2Metal is an alternative to DMLS for larger parts, mixed-alloy work, and short metal 3D printing lead times. Powder-bed metal 3D printing commonly uses about 250 × 250 × 300 mm build volumes and takes 1–3 weeks; Mesh2Metal handles up to 800 × 800 × 600 mm and delivers next day to 5 days, depending on size. ## How does Mesh2Metal compare with PBF/DMLS? PBF/DMLS is a serious option for compact metal parts with very fine features, lattices, or intricate geometry. The comparison depends less on a label than on the part envelope, required finish, alloy, quantity, inspection records, and delivery date. Mesh2Metal builds near-net shape from CAD, then uses precision machining and inspection where the design calls for it. [Analyze manufacturability](https://mesh2metal.com/manufacturability) and see the [quality certificate](https://mesh2metal.com/quality) included with every part. | Criterion | Mesh2Metal | Powder-bed metal 3D printing | | -------------------------- | ------------------------------------------------------------------------------------------------------ | -------------------------------------------------------------------- | | Build size | Up to 800 × 800 × 600 mm; larger on request | Commonly about 250 × 250 × 300 mm; larger systems about 400–500 mm | | Lead time | Made in under 1 day; delivery next day to 5 days, depending on size | Typically 1–3 weeks | | Multi-material | Up to 3 alloys in one part | Single alloy per build | | Surface finish | As-built Ra 12–25 µm; machined Ra 3.2 µm standard, 1.6 µm optional | As-built finish varies; finishing commonly specified | | Tolerances after machining | ±0.1 mm standard; ±0.05 mm precision | Critical dimensions often require machining; confirm supplier values | | Post-processing | Built near-net shape, then precision machining and inspection when specified | Support removal and post-processing required | | Materials | Aluminum, copper, stainless, titanium, nickel, and tool steel families | Alloy availability varies; one alloy per build | | Quality documentation | Quality certificate with composition, defect map, deviation, properties, traceability, and conformance | Documentation varies; specify records before order | | Quantities | 1–200; no tooling | Often suited to small, intricate batches; economics vary | | Cost | Instant quote; no tooling; based on part, alloy, finish, and quantity | Include build, support removal, post-processing, and inspection | ## What matters for large metal 3D printed parts? Large metal 3D printed parts need an early envelope check. PBF build volumes commonly land near 250 × 250 × 300 mm; larger systems may reach roughly 400–500 mm in one or more dimensions, but size limits are only one constraint. Orientation, support removal, and finishing can reduce usable space or add work. Mesh2Metal supports parts up to 800 × 800 × 600 mm, with larger parts considered on request. The browser analyzes STL, STEP/STP, 3MF, and OBJ files locally; files never leave the visitor’s device. That lets engineers check fit and receive a manufacturability verdict before requesting an exact date. If a design cannot be made, Mesh2Metal explains why and how to fix it. ## What is the metal 3D printing lead time? Metal 3D printing lead time for PBF/DMLS is typically 1–3 weeks. That window can include scheduling, the build, support removal, and post-processing; the final date depends on geometry, alloy, and queue. Mesh2Metal parts are made in under 1 day and delivered next day to 5 days depending on part size; the exact date comes with the instant quote. The [lead-time guide](https://mesh2metal.com/lead-times) outlines the details to confirm before release. ## When is PBF/DMLS the better choice? PBF/DMLS wins on very fine features, lattices, and small intricate parts. Compact geometry with high feature density can justify a 1–3-week lead time and extra finishing steps. A single alloy per build can also be a straightforward choice when one material is all the part needs. Ask for dimensional, surface, and quality records before approving a design. ## How do finish, tolerances, and documentation differ? Surface finish is a specification, not a footnote. Mesh2Metal as-built surfaces are typically Ra 12–25 µm; machined features are Ra 3.2 µm standard, with 1.6 µm optional. As-built PBF surfaces vary by geometry and orientation, so critical surfaces commonly need post-processing or machining. Mesh2Metal’s standard machined tolerance is ±0.1 mm, with a precision option of ±0.05 mm; as-built surfaces are ±0.5 mm. Confirm the datum scheme and inspection method for every critical feature. [Quality guidance](https://mesh2metal.com/quality) helps align the drawing with the requested result. Every Mesh2Metal part ships with a quality certificate covering chemical composition, porosity and defect map, 3D deviation from CAD, mechanical and thermal properties, traceability, and certificate of conformance. PBF documentation depends on the supplier and order, so define required records before purchase. ## Which material and quantity fit? Material and quantity should be selected together. Mesh2Metal supports aluminum, copper, stainless, titanium, nickel, and tool steel families, with grades selected to suit the part. Up to 3 alloys can be used in one part. PBF/DMLS generally runs one alloy per build, so multiple alloys add planning and may require separate builds. Mesh2Metal serves quantities from 1 to 200 and needs no tooling. PBF/DMLS can be economical for small intricate batches, but total cost depends on part size, alloy, support removal, post-processing, and inspection. Compare delivered cost, not only the initial build charge. See [materials](https://mesh2metal.com/materials/aluminum), [multi-material options](https://mesh2metal.com/multi-material), and the [CNC machining comparison](https://mesh2metal.com/compare/cnc-machining) when evaluating alternatives. ## Which alternative to DMLS should buyers choose? For alternatives to DMLS, use the shortest path that meets geometry and evidence requirements. Choose PBF/DMLS for very fine features, lattices, and small intricate parts. Choose Mesh2Metal when a larger envelope, multiple alloys, quantities from 1 to 200, fast delivery, or a quality certificate matters. Review [manufacturability](https://mesh2metal.com/manufacturability), then [get a quote](https://mesh2metal.com/quote) with the part envelope, alloy, finish, critical tolerances, quantity, and documentation needs. [Investment casting](https://mesh2metal.com/compare/investment-casting) may suit a different volume or geometry decision. ## Questions Which CAD file types can Mesh2Metal analyze? Mesh2Metal analyzes STL, STEP/STP, 3MF, and OBJ files locally in the browser. CAD files never leave the visitor's device. Can one part use more than one alloy? Yes. Mesh2Metal supports up to 3 alloys in one part, subject to the part design and manufacturability review. Does Mesh2Metal require tooling? No. Mesh2Metal has no tooling requirement, so quantities from 1 to 200 can be considered without a tooling program. Can I send export-controlled technical data? Please don't send export-controlled (ITAR/EAR) technical data until we have set up a compliant path with you — contact us first. Sources (3) 1. \[1\] [ Additive manufacturing ](https://en.wikipedia.org/wiki/3D%5Fprinting) , Wikipedia 2. \[2\] [ Surface roughness ](https://en.wikipedia.org/wiki/Surface%5Froughness) , Wikipedia 3. \[3\] [ Certificate of conformance ](https://en.wikipedia.org/wiki/Certificate%5Fof%5Fconformity) , Wikipedia ## Check your part now. Analyzed in your browser — your file never leaves your device. [ Set up API ](https://mesh2metal.com/api#setup) [ Set up MCP ](https://mesh2metal.com/mcp#setup) [ Drop your CAD STL · STEP · 3MF · OBJ ](https://mesh2metal.com/quote)