Category: Manufacturing Services
Deep dives into XCWY manufacturing capabilities — stamping, deep drawing, laser cutting, CNC bending, welding, 5-axis machining and surface finishing, with equipment specifications and quality controls.
-

Metal Fabrication Cost per Part: Quantity Break-Even Points
Read more: Metal Fabrication Cost per Part: Quantity Break-Even PointsA quotation is not a price. It is a position on a volume curve. Ask a fabricator for “the cost of this part” and any number you get back is a guess dressed as a number, because the dominant cost in most metal parts is either a one-time tooling charge or a per-part labour and…
-

Sourcing Custom Metal Parts from China: How to Vet a Factory
Read more: Sourcing Custom Metal Parts from China: How to Vet a FactoryMost sourcing failures are not caused by price. They are caused by approving the wrong thing at the wrong moment: a beautiful sample produced by hand, followed by a production batch produced on a die nobody validated. The buyer approved a part that never existed in production. This guide is the checklist we would want…
-

XCWY vs Xometry vs Protolabs: Which Custom Metal Fabrication Route Fits Your 2026 Program?
Read more: XCWY vs Xometry vs Protolabs: Which Custom Metal Fabrication Route Fits Your 2026 Program?Every custom metal part you buy travels one of three routes: through an on-demand platform that quotes it instantly and routes it into a supplier network, through a digital manufacturer that runs it in its own plants, or through a single factory you qualify yourself. The route decides your unit cost, your tooling ownership, your…
-

Laser Cutting Design Guide for Accurate Sheet Metal Parts
Read more: Laser Cutting Design Guide for Accurate Sheet Metal PartsAn engineering-focused guide to laser cutting design guide, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
-

Sheet Metal Bending Design Guide: Radius, Relief, and Tolerance
Read more: Sheet Metal Bending Design Guide: Radius, Relief, and ToleranceAn engineering-focused guide to sheet metal bending design guide, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
-

Progressive Die Stamping Guide: Strip Layout to Production Control
Read more: Progressive Die Stamping Guide: Strip Layout to Production ControlAn engineering-focused guide to progressive die stamping guide, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
-

Metal Assembly Design Guide: Joining, Tolerance, and DFM
Read more: Metal Assembly Design Guide: Joining, Tolerance, and DFMAn engineering-focused guide to metal assembly design guide, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
-

Sheet Metal Fabrication Cost Guide: 2026 Price Ranges and Cost Drivers
Read more: Sheet Metal Fabrication Cost Guide: 2026 Price Ranges and Cost DriversSheet Metal Fabrication Cost Guide: 2026 Price Ranges and Cost Drivers Every buyer asks the same question: what should sheet metal fabrication cost? The honest answer is that there is no single number — but there is a predictable set of factors. Once you can see where the money goes, you can design and spec…
-

Food-Grade Stainless Steel Parts: A Hygienic Fabrication Case Study From XCWY
Read more: Food-Grade Stainless Steel Parts: A Hygienic Fabrication Case Study From XCWYFood-Grade Stainless Steel Parts: A Hygienic Fabrication Case Study From XCWY Hygienic fabrication is unforgiving. A weld that looks fine on a visual pass can trap product, hide bacteria and fail an audit six months later. Food processing equipment demands more than “stainless steel” — it demands weld quality, surface finish and documentation that survive…
-

Outdoor BESS Enclosures: A Battery Storage Fabrication Case Study From XCWY
Read more: Outdoor BESS Enclosures: A Battery Storage Fabrication Case Study From XCWYOutdoor BESS Enclosures: A Battery Storage Fabrication Case Study From XCWY Battery energy storage systems live and die on the enclosure. The cells are standard; the housing is not. It has to keep moisture out for a decade, hold heavy racking under wind load, pass ventilation and fire-safety review, and still ship at a cost…