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Navigate the Future of Manufacturing with Expert Insights

IMS is a team of pioneers passionate about empowering industries through innovation. Whether you’re a seasoned manufacturing professional or just curious about the technologies shaping our future, you’ll find valuable knowledge to help you stay ahead of the curve.

Electronics Manufacturing Project Communication: Avoiding the Black Box

Muh Ihsan Hadi Prabowo2025-09-27T02:04:44-06:0027 September 2025|Articles|

If you’ve ever worked with a manufacturer who took [...]

Ruggedized Electronics Manufacturing: Building Electronics That Survive the Extreme

Muh Ihsan Hadi Prabowo2025-09-27T01:33:10-06:0027 September 2025|Articles|

Picture this: A military vehicle navigating desert heat where [...]

Electronics Production Scaling: Smart Capacity Decisions for Growing Companies

Muh Ihsan Hadi Prabowo2025-09-27T01:04:11-06:0027 September 2025|Articles|

Your product is gaining traction. Orders are climbing. Customers [...]

Electronic Manufacturing Services: Why Integrated Box Build Assembly Matters

Muh Ihsan Hadi Prabowo2025-08-23T07:41:24-06:0023 August 2025|Articles|

You've got your electronics design locked down, components sourced, [...]

When and How to Switch Sheet Metal Suppliers Without Disrupting Your Project

Muh Ihsan Hadi Prabowo2025-08-23T04:57:04-06:0023 August 2025|Articles|

Switching sheet metal suppliers mid-project feels risky. You're worried about [...]

What to Look for on an Electronics Manufacturing Services (EMS) Facility Tour

Muh Ihsan Hadi Prabowo2025-09-24T20:03:01-06:0023 August 2025|Articles|

EMS Facility Tours: A Buyer’s Field Guide A [...]

Designing for Precision: How DFM Principles Improve Sheet Metal Fabrication

Muh Ihsan Hadi Prabowo2025-07-29T19:26:52-06:0029 July 2025|Articles|

In sheet metal fabrication, small design choices have big [...]

Electronics Manufacturing for Medical Devices: What to Look for in an EMS Partner

Muh Ihsan Hadi Prabowo2025-07-29T01:47:36-06:0029 July 2025|Articles|

When you're developing medical devices—whether it’s a diagnostic tool or [...]

How Six Sigma Drives Quality and Efficiency in EMS

Muh Ihsan Hadi Prabowo2025-07-30T19:10:12-06:0029 July 2025|Articles|

In electronics manufacturing, even small inconsistencies can lead to delays, [...]

Why Choose IMS as Your Manufacturing Partner

Christine Toralde2025-06-30T11:25:24-06:0030 June 2025|Articles|

When it comes to manufacturing, selecting the right partner can [...]

Vetting Sheet Metal Fabrication Services in Canada: A Buyer’s Checklist

Muh Ihsan Hadi Prabowo2025-06-24T01:43:30-06:0024 June 2025|Articles|

Choosing a sheet metal fabrication partner is a high-stakes [...]

Looking to Cut Manufacturing Costs in 2025? Here’s How EMS Can Help

Muh Ihsan Hadi Prabowo2025-06-23T23:12:23-06:0023 June 2025|Articles|

If your business relies on electronic assembly, you already [...]

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IMS Highlights

Employee Highlights

Christine Toralde2025-09-22T13:37:47-06:0022 September 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-09-08T16:08:55-06:008 September 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-08-14T16:44:59-06:0014 August 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-07-28T10:24:51-06:0028 July 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-07-17T15:44:23-06:0017 July 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-07-17T15:33:27-06:002 July 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-06-11T12:03:11-06:0011 June 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-05-27T09:48:13-06:0027 May 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-05-15T13:48:29-06:0015 May 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-04-29T12:06:17-06:0029 April 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-04-21T16:35:43-06:0021 April 2025|IMS Highlights|

Employee Highlights

Christine Toralde2025-03-27T06:54:45-06:0027 March 2025|IMS Highlights|

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Technical Glossary: Decoding Manufacturing

From industry-specific terms to technical jargon, get quick, clear definitions to enhance your understanding and communication in the world of advanced manufacturing:

CNC Machining

The use of Computer Numerical Control (CNC) systems to automate the control of machining tools such as drills, lathes, and mills.

Dielectric Testing

A non-destructive testing method to measure a material’s insulation properties.

EDM (Electrical Discharge Machining)

A machining method primarily used for hard metals or those that would be impossible to machine with traditional techniques.

Electro-Mechanical Assembly

Combining electrical and mechanical components into a functional system.

Encapsulation

A process of covering or protecting components with a casing or with a substance that provides isolation or protection from the environment.

FMEA (Failure Modes and Effects Analysis)

A step-by-step approach for identifying all possible failures in a design, a manufacturing or assembly process, or a product or service.

JIT (Just-In-Time) Production

An inventory strategy to increase efficiency and decrease waste by receiving goods only as needed.

Lean Manufacturing

A systematic method for waste minimization within a manufacturing system without sacrificing productivity.

PCBA (Printed Circuit Board Assembly)

The process of soldering electronic components to a printed circuit board.

Six Sigma

A set of techniques and tools for process improvement aimed at reducing variability and defects.

Surface Mount Technology (SMT)

A method for producing electronic circuits in which components are mounted directly onto the surface of PCBs.

Through-Hole Technology (THT)

A mounting scheme involving the insertion of component leads through holes drilled in PCBs and soldering to pads on the opposite side.

Wave Soldering

A process where solder is applied to electronic board assemblies in a waveform to attach metal components to the PCB.

BGA

Ball grid array

Profile

The temperature profile indicates the times and temperatures that a board is exposed to during reflow. The ideal profile is identified in data sheets and is controlled by the zone temperatures and belt speed of the oven.