Merced Machining LLC

Merced Machining has been an engineering-led machine shop in Merced since 2014. It combines subtractive and additive manufacturing with forming, finishing, assembly and design help, and it quotes from uploaded CAD files.

Capabilities

• 5-axis CNC machining
• Turning
• Laser and plasma cutting
• Bending and forming
• 3D printing (FDM, SLA, SLS)
• Finishing and assembly
• Design assistance and manufacturing systems consulting

Request a quote

To request a quote from this shop, use the Request a Quote form. Tell us the part, material, quantity and deadline, and we will pass your request to the shop.

CAD Upload Quotes and 3D Printing Beside CNC in Merced: Merced Machining

There are two broad ways to make a part. Subtractive manufacturing cuts material away, and that is what machining does. Additive manufacturing builds a part up layer by layer, which is what 3D printing does. Each has strengths. Buyers in Merced who are developing products often wonder which to use, and a shop that offers both can give balanced advice. Merced Machining LLC is listed here for CNC turning, 5-axis machining, laser cutting, plastics machining, 3D printing, plasma cutting and design assistance. This page explains how to choose and how to prepare a request.

When machining is the better choice

Machined parts tend to be strong, accurate and made from standard materials. Machining works well for functional parts that carry loads, hold tight tolerances or need specific metals. It is also a good choice when the final production method will be machining, since a prototype will behave like the real part.

When 3D printing helps

Printing can make shapes that are hard or impossible to machine, such as internal channels. It needs no special tooling, so one-off parts are practical. Common processes include FDM, SLA and SLS, which differ in material and surface quality. Printed parts are often used for early prototypes, fit checks and low load parts.

Cutting and forming sheet

Laser and plasma cutting shape flat material quickly. Bending and forming turn those flat pieces into brackets and covers. Together with machining, they create complete assemblies.

Finishing and assembly

After parts are made, they may be finished by sanding, coating or other treatments, then assembled. Ask whether the shop can provide finishing and assembly so you receive a ready item.

Uploading CAD files

Many shops now invite customers to upload a 3D model for a quote. The best formats are those that preserve shape accurately, such as STEP. Include a print that lists tolerances, the material and any notes. A model alone does not tell the shop which dimensions are critical.

Design assistance and consulting

Design help can improve a part before it is made. A reviewer can suggest changes that reduce cost, make the part easier to assemble or avoid weak spots. Some shops also help with how a product is made, from layout to workflow. If you are starting a product, ask whether such help is available.

Engineering led approach

An engineering led shop tends to ask questions. Why is this tolerance tight? What does this surface touch? What happens if the part is a different material? Those questions may feel like delays, but they often prevent mistakes.

What to send

• 3D model in a common format
• Drawing with tolerances and notes
• Material and finish
• Quantity for prototype and production
• Preference for machining, printing or either

Moving from print to production

A part that starts as a printed prototype may be machined for production. Plan for that change by checking that the design works in both processes. Buyers in Merced can ask for advice early.

To start a request, use the Request a Quote form and we will pass your details to the shop.

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