Custom Order Metal Prints Manufacturers & Quotes

Pure copper reflects roughly 95% of conventional 1064 nm infrared laser energy, causing unstable melt pools, severe laser back-reflection damage, and high micro-porosity. Green lasers (around 515 nm) operate within the high-absorption spectrum of copper, allowing stable, high-density (>99.8%) melting without requiring alloy compromises, making them ideal for high-thermal heat exchangers and induction coils.

As-printed LPBF components naturally hold general dimensional tolerances of ±0.1 mm to ±0.2 mm depending on cross-section geometry, build orientation, and stress release. For mating faces, bearing bores, threads, and O-ring sealing grooves, our facility adds 0.5 mm – 1.0 mm machining stock during CAD pre-processing, achieving final CNC tolerances down to ±0.005 mm on multi-axis mills.

No, we do not impose an MOQ. We service single prototype builds for R&D engineering validation, bridge production batches (10 to 500 units), and continuous low-to-mid volume repeat production. Our DFM engineering feedback includes quantity-tier cost break calculations to help you optimize batch economies.

For rapid quoting, please supply 3D models in neutral formats (STEP, STP, IGES, or high-res STL) along with an accompanying 2D engineering drawing (PDF) clearly marking critical datums, GD&T callouts, surface roughness (Ra) targets, and thread specifications. Material type, target batch volume, and delivery destination should also be specified.

We enforce strict IP protocols. We gladly execute mutual Non-Disclosure Agreements (NDAs) prior to receiving design files. All customer engineering data is securely stored within isolated internal servers, and files are never shared with third parties or unauthorized personnel.

For hollow bent pipes and conformal fluid channels, our engineers orient the part during slicing to maximize self-supporting angles (>45 degrees), virtually eliminating the need for internal supports. In areas where internal anchors are unavoidable, specialized chemical etching, abrasive flow machining (AFM), and ultrasonic flush flushing are employed to guarantee pristine, debris-free flow pathways.