Question 1

What Are Custom Made Products?

Accepted Answer

Custom made products are items built to an individual specification rather than taken from a standard product line.

Question 2

What Are Examples of Custom Manufacturing?

Accepted Answer

Common examples include machined brackets, sheet metal enclosures, custom fasteners, tube formed roll cages, 3D printed jigs, and low volume replacement parts.

Question 3

What Are Examples of Custom Products?

Accepted Answer

Custom products are goods built or shaped around one buyer's specific requirements, from machined replacement parts to 3D printed prototypes.

Question 4

What Are the Types of Manufacturing Processes?

Accepted Answer

Manufacturing processes fall into core categories: casting, forming, machining, joining, and additive manufacturing (3D printing).

Question 5

Custom Manufacturing vs Materials Processing

Accepted Answer

Materials processing turns raw material into usable stock, while custom manufacturing shapes that stock into the finished part a customer ordered.

Question 6

What Are the Six Types of Manufacturing Organisations?

Accepted Answer

The six types are job shops, batch producers, mass producers, continuous process plants, project based manufacturers, and cellular manufacturing systems.

Question 7

What Is the Difference Between Custom Manufacturing and Mass Production?

Accepted Answer

Custom manufacturing produces small quantities built to one design, while mass production runs a single unchanging design continuously at very high volume.

Question 8

How Much Does Custom Manufacturing Cost?

Accepted Answer

Cost depends on material, size, tolerance, quantity, and process. Submit a CAD file to Entag for a firm quote within 24 hours.

Question 9

How Do You Choose a Custom Manufacturing Partner?

Accepted Answer

Check the partner's actual process capability, real lead times, minimum order policy, and communication quality before committing.

Question 10

What File Formats Do Custom Manufacturers Accept?

Accepted Answer

STEP and IGES for 3D CAD models, STL for 3D printing, and DXF or DWG for 2D drawings and sheet metal flat patterns.