Category Archive: Blog

When to Use Hand Assembly vs. Automated Assembly

Using hand assembly or automated assembly determines more than just production speed—it can impact your defect rates, upfront tooling costs, and turnarounds. Automated assembly can be used to complete repetitive tasks with standardized components. Hand assembly can be used to tackle complexity and can be an ideal option for low-volume, intricate work. The aim often isn’t to pick one or the other, but to understand which approach suits an application’s requirements.

When Hand Assembly Is The Ideal Choice

Hand assembly provides a degree of flexibility and real-time decision-making that can be essential for electromechanical assemblies.

Delicate or Complex Components

Wire harness assembly often involves handling fragile conductors, specialized connectors, or tight routing constraints. Expert assemblers can identify the proper wire paths, apply nuanced force levels, and verify connections visually in ways that sensors might miss.

At Partec, we recommend hand assembly when:

• Components require precise alignment and custom fixtures
• Wire routing follows non-linear paths around fixed obstacles
• Multiple wire gauges are used within a single harness build
• Connectors demand specific insertion angles to prevent pin damage

Low-Volume Builds

Low-volume production runs and prototyping can be bogged down with the setup and costs that come with automating assembly processes. When utilizing mechanical assembly services through expert assembly methods, however, you can skip the setup and capital expenses and move straight into production.

When Automated Assembly Makes Sense

Automation can provide standardized results and reduce per-unit costs when a product design is stable and high-volume.

High-Volume, Repeatable Builds

If each unit follows an identical wire routing path and uses the same connector types, automation may be used. It’s helpful to consider whether the following applies to the specific build:

• Assembly sequences with no manual decision points
• Component specifications that remain stable across multiple years
• Quality verification that relies on measurable, dimensional criteria

High-volume production runs may justify the investment in automated wire processing and crimping equipment. However, keep in mind that any design change mid-production can incur retooling expenses.

Hybrid Workflows: A Flexible Model for OEMs

The most effective model is one that combines consistent quality and flexibility. At Partec, we evaluate each project’s requirements to recommend the most cost-effective path forward, whether that involves:

• Low-volume production with tight scheduling needs
• Assemblies that include standard sub-components with custom integration work
• Projects where design iterations may continue during the initial production ramp

We can utilize automated wire cutting and stripping equipment to streamline prep work, with the ability to use hand assembly for intricate termination, routing, and inspection processes.

Choosing The Right Approach for Your Assembly Project

At Partec, our evaluation process for assembly work considers component delicacy, production volume, and the rigorous quality requirements of industries like telecommunications and industrial power. Our facility is uniquely equipped to handle everything from delicate wire harness assembly to electromechanical assembly for industrial motor drive systems, with a fabrication and tooling department that can perform in-house acceptance and customer acceptance runs.

Request a quote today to discuss your assembly requirements with our engineering team. We are ready to help you optimize for quality and lead times.

Contract Manufacturing for Mechanical & Electrical Assemblies

Contract manufacturing is a type of business agreement in which an OEM or other supplier outsources some or all of its manufacturing operations to another company (i.e., the contract manufacturer). The OEM provides specifications for the work and the contract manufacturer makes the parts, products, or assemblies to meet the requirements. Depending on the terms of the agreement and the product in question, the completed items are delivered to the OEM for further assembly into finished products or prepared for distribution under the OEM’s brand.

Here we’ll look at why many OEMs choose to outsource mechanical and electrical assemblies, what these services include, and the benefits of contract assembly.

Why Do OEMs Outsource Assembly?

Original Equipment Manufacturers (OEMs) today face a persistent challenge: meeting surging production demands without overextending internal resources or diverting them away from core functions and capabilities. When assembly operations require specialized material, equipment, or skills, facility upgrades, large amounts of space, or finding new suppliers, it may make sense to consider outsourcing production to a trusted partner, such as Partec, Inc.

This approach ensures that the right materials and equipment are available, adequate time will be allotted to the project, and experienced personnel will be doing the work. As a result, OEMs save the costs associated with equipment, tools, training, and potentially tying up equipment that could be used for higher value operations. It’s especially critical for short or limited-time production, where large CapEx or labor expenditures don’t make financial sense.

The decision to outsource typically hinges on production economics. Small to mid-volume runs rarely justify the overhead of a dedicated internal team. Even large manufacturers benefit from outsourcing electromechanical contract manufacturing when a project requires hand-assembly skills or specialized testing protocols that their own facilities aren’t optimized to handle.

What Do Mechanical and Electrical Assembly Services Include?

Partec’s comprehensive contract assembly services include engineering support, sourcing materials and components, electromechanical assembly, box builds, kitting, cable and wire harness assembly, hand assembly for delicate components, program management, and more.

Motors, Actuators, and Wiring Systems

Our electromechanical contract assembly include both mechanical and electrical or electronic systems integrated into a single unit. Our team also handles wire harness assemblies from 24 AWG to 4/0 AWG, producing single-wire or multi-conductor configurations for production quantities ranging from ten pieces to over one million units.

Control Boxes and Panel Builds

Our full system integration services also include complex control panel assemblies and full box builds. This involves mounting components, routing precision wiring, and integrating batteries or fuses—all followed by functional testing and quality checks. Our ISO 9001-certified facility ensures these systems meet the highest quality standards, whether they are simple mechanical sub-assemblies or intricate electronic systems.

The Benefits of a Full-Service Contract Manufacturing Partner

Choosing a contract manufacturing partner with the experience, expertise, and breadth of services to meet your requirements can help you meet or exceed production goals and streamline your supply chain. At Partec, we work to provide comprehensive assembly services that extend to engineering, controls, and design support, excellent communication, and ongoing compliance with industry standards, all of which help you avoid “vendor gaps” or inconsistencies in quality and production.

Faster Lead Times

Because we house materials, assembly, and wire processing under one roof, production flows at a steady pace without bottlenecks, so your items are ready more quickly. This model also means there are no transit delays and “handoff” errors that can occur when using multiple vendors, reducing scrap and rework.

Lower Overhead and Labor Costs

Contract mechanical assembly lets OEMs eliminate fixed costs associated with maintaining assembly operations in-house, including equipment, floor space, specialized tooling or materials, personnel training, and testing. Our manufacturing engineering support helps optimize assembly sequences to minimize labor hours and material waste, and our dedicated team has the resources to scale production to meet your needs quickly.

Improved Product Quality

Because we specialize in electromechanical assembly, box builds, and cable and wire harnesses for OEMs in many industries, we can achieve a higher level of assembly quality and reliability than a non-specialist manufacturer. The result is a better assembly and a better product for end-users.

When Should OEMs Consider Outsourcing?

OEMs choose to outsource assembly for many different reasons including:

• Mid-range production volumes: If you are producing between 100 and 50,000 units annually, maintaining internal production is often more expensive than a contract partnership.
• Complex hand-assembly needs: When a project requires the dexterity and decision-making of experienced, skilled manual assembly personnel that automation cannot replicate, or that your existing staff is unable to accommodate.
• Capacity constraints: When internal production is at capacity and resources preclude expanding facilities, equipment, or workforce size.
• Engineering gaps: When a project includes electrical or controls or other engineering support that your internal team cannot provide due to limited time or knowledge.
• Specialty components, materials, or skill needs: Experienced contractors like Partec have access to suppliers and skills to meet unique OEM requirements.
• Scaling up production quickly: Contract assembly services support fast production ramp-ups when OEMs lack time or resources to expand.
• New product launches: A dedicated assembly and testing team can work out inefficiencies and speed time to market for new products without impacting the rest of your in-house production.
• Resource management and alignment: Any scenario in which an OEM must redeploy its workforce, shift production strategies, or improve electromechanical product quality.

Contract Manufacturing Strengthens OEM Production

Contract assembly for electrical and mechanical systems is a strategic choice that lets OEMs scale production to meet market demand and business goals. By partnering with an electromechanical specialist, such as Partec, OEMs gain access to our proven expertise in engineering, assembly, testing, and program management.

We serve a diverse range of critical industries, including telecommunications, industrial power, lighting, and gaming equipment. Whether you need motor integration components for industrial machinery, complete box builds for power transformers, or anything in between, our team has the skill and experience to support your specific production goals.

Request a quote today to discuss your project and how our mechanical and electrical assembly expertise can help.

Precision in Connectivity: Exploring Partec Inc.’s Specialized Wire Harnesses and Cable Assemblies

In a world where technology interconnects across multiple platforms, the need for specialized and reliable electronic connections is more crucial than ever. Partec Inc. stands at the forefront of this field, offering bespoke wire harness and cable assembly solutions.

This blog post focuses on our unique capabilities in creating various types of electronic connections, crucial in industries ranging from consumer goods to telecommunications.

Innovative Electronic Connection Types

Our expertise at Partec Inc. lies in understanding the intricate nuances of different electronic connections and expertly implementing them in our wire harness and cable assemblies:

• Consumer Goods: We utilize compact and flexible electronic connections for consumer appliances and devices. These offer ease of use and durability to ensure that everyday electronics function seamlessly and reliably.
• Hardware: Our hardware electronic connections are designed for resilience and are capable of withstanding various environmental stressors to guarantee longevity and consistent performance. This includes factors from temperature fluctuations to physical impacts.
• Lights: We have extensive experience in creating electronic connections for lighting systems and displays, catering to specific brightness and color requirements. Our solutions are efficient, reliable, and customizable.
• Industrial Machinery: In industrial settings, we create robust connections capable of handling high-power and data transmission needs. These electronic connections are engineered to withstand the rigors of industrial environments. Ultimately providing uninterrupted operation and safety.
• Electronics: Precision and miniaturization are key here. Our electronic connections are meticulously designed for optimal performance in minimal spaces. They cater to the sophisticated needs of modern electronics where space is at a premium.
• Motor: We provide specialized electronic connections that ensure efficient power transmission and control in motor applications. These connections are crucial for the smooth operation of motors, providing the necessary link between power sources and motor mechanisms.
• Sensors: Our electronic connections are also tailored for sensor applications. They enable accurate and reliable data transmission from sensors to control systems, ensuring precision and efficiency in automation and monitoring processes.
• Telecommunications: Our focus in telecommunications is on crafting high-speed, reliable electronic connections essential for data and voice transmission. These connections are pivotal in maintaining clear communication channels in an increasingly connected world.
• Transformers: For transformers, we design electronic connections that can handle high voltage requirements with utmost safety. These are critical in ensuring that energy is transferred safely and efficiently, playing a key role in power distribution networks.
• Amusement & Gaming: In this sector, we combine functionality with entertainment, ensuring reliable and fast connections for various gaming systems. Our assemblies are designed to enhance the user experience, providing seamless integration for gaming and amusement devices.
• Power Sources: Our electronic connections are also used in power sources such as batteries and solar panels. We design robust and efficient connections to ensure a steady flow of energy for various applications, ranging from portable devices to large-scale industrial systems.

Quality and Precision in Every Electronic Connection

With a minimum batch order of 100, we ensure that our focus on quality and precision is never compromised. This threshold allows us to dedicate our expertise to creating electronic connections that make a difference, ensuring that each connection type, from simple power sources to complex sensor networks, is crafted with the highest standards in mind. Our electrical connections go into wire harnesses and cable assemblies for a variety of industries. Our team of engineers works closely with clients to understand their specific needs and develop custom solutions that meet their unique requirements. We buy from a number of the top electrical connections in the world, including TE (formally or more commonly known as AMP), Molex, Wago, JST, Hirose, Yazaki, Packard, Deutsch, and Mitsubishi.

Partec Inc.’s approach to electronic connections is not one-size-fits-all. We understand that each industry and application requires a unique type of electronic connection. Our team is adept at crafting connections that are compliant with industry standards while also tailored to the specific needs of our clients.

We buy from the top electrical connections in the business and use those top performers for specialized wire harnesses and cable assemblies. We understand that our customers require high-quality and reliable products, which is why we have chosen to work with suppliers who share this same commitment to excellence.

To learn more about our wire harness and cable assembly connection capabilities, contact us or request a quote today!

Wire Harness Care Tips & Tricks

In electronics and mechanical systems, the integrity of your components should be a priority. When it comes to wire harnesses, this is especially true. But, what is a wire harness? In short, it’s a streamlined solution for bundling multiple wires together into a single and manageable assembly. This organization helps complex systems maintain electrical and mechanical reliability. Wire harnesses are also designed to meet different performance conditions and environments such as extreme temperatures, exposure to chemicals and moisture, and other external forces.

One of the benefits of wire harnesses is that they can save time and money by reducing the amount of assembly work required. However, in order to maintain their effectiveness, it’s important to properly care for wire harnesses and know how to remove them when necessary. Another advantage of wire harnesses is their ability to reduce the risk of potential hazards such as short circuits, electrical fires, and damage to delicate components.

At Partec Inc., we understand the intricacies of cable and electromechanical assembly. This allows us to ensure our clients have access to the expertise and solutions they require for success.

Maintenance and Care for Wire Harnesses

The longevity of a wire harness will depend upon its maintenance. By regularly cleaning wire harness connectors, it’s possible to prevent connectivity issues. Simply wipe the connectors gently with a soft, dry cloth and use an appropriate cleaning agent that allows you to remove dirt, and, thus, prevent corrosion.

It’s also important to ensure that all components in the wire harness are dry and free from residue. This is to avoid them attracting dust or leading to oxidation. Using compressed air is an effective method for dislodging debris in areas that are hard to reach. You should conduct regular maintenance proactively to mitigate the risks of potential electrical failures and ensure that your systems remain operational and efficient.

Preventive Measures to Protect Wire Harnesses

Beyond maintenance, it’s good practice to take preventive measures to extend the life of your wire harness. You can prevent physical damage and degradation by properly securing your wire harness and keeping it away from sharp edges or high-temperature areas. Protective sleeving or conduit can also be incorporated to shield the harness from environmental hazards like moisture, chemicals, and UV exposure.

It’s also important to regularly check for signs of fraying or insulation damage and address them immediately. By implementing these strategies, you can enhance the durability of your wire harnesses and maintain optimal electrical performance.

Choose Partec, Inc. As Your Wire Harness Partner

At Partec Inc., we’re committed to providing the expertise and services needed to keep your systems running smoothly, from cable and harness assembly to full system integration. Let us help you ensure that your wire harnesses and projects are set up for success.

Arcade Games Manufacturer

Partec is a leading cable assembly company specializing in contract assembly for small and large companies. We work on numerous projects focusing on cable and wire harness assembly, allowing us to support diverse, demanding industries that rely on these electrical solutions. We aim to deliver a product that will improve their bottom line, guarantee a more optimized performance, and increase efficiency.

The Differences Between a Cable Assembly and a Wire Harness

Although “cable assembly” and “wire harness” are often used interchangeably, they’re not the same product. Both have distinct manufacturing processes and applications unique to the industry. The first noticeable difference between a cable assembly and a wire harness is in their layout.

Technically, cable assemblies are point-to-point, single connector cables. Sometimes, these may include loopbacks or multiple legs but don’t involve any advanced layout. Meanwhile, wire harnesses are designed and developed to simplify assembling multi-faceted wiring systems. It stands out as a solution for the complex arrangement of many wires and cables, especially if separate cable installation is impossible. However, these terms can often be used interchangeably based on the user.

A wire harness is already manufactured and routed on a board. There’s no need for the installer to route individual wires. All they need to do is remove the board and install the wires already laid out in their proper arrangement. Besides the arrangement and layout of wires and cables, cable assemblies and wire harnesses don’t have significant distinctions. Both can perform the same functions and achieve the same electrical specifications.

Contrasting Manufacturing Process

Cable assemblies and wire harnesses go through different manufacturing processes due to each product’s unique challenges. Nevertheless, cable assemblies and wire harnesses require attention to detail during manufacturing for superior outcomes.

Some differences include:

• A cable assembly is produced by connecting cables to terminals on their ends. It’s done with automated advanced tooling tailored to their client’s specifications.
• Some aspects of cable assembly still need human hands, including hand soldering, heat shrink application, cable tie installation, and labeling.
• Wire harnesses require more extensive work. Their production process is more challenging since they’re designed to simplify the assembly of multi-faceted wiring systems.
• One wire harness already takes a lot of time since the process is done by hand, routing wire and cable onto the board with a specific diagram.

Cable Assembly and Wire Harness Applications

We work with various sectors to build an assembly that fits their needs and performs optimally in any application. These include:

• Arcade games manufacturing: The inside of an arcade machine is a maze of complicated wiring systems, and we can produce a cable assembly and wire harness solution designed for the complex arrangement of wiring and cables.

Choosing a Reputable Cable Assembly and Wire Harness Manufacturer

Partec is a cable assembly company specializing in cable and wire harness assembly, especially for specialized projects like arcade machines. We also have electro-mechanical, full system integration, and hand assembly services, catering to unique designs and custom requirements.

If you want to learn more about our services and how we can help you build the perfect arcade machine, contact us today to learn more! You may also request a quote, and we can develop a cost-effective solution based on your needs!

Wiring for X-ray Machines: The Precision Craft of Medical Cable Assemblies

In the intricate world of X-ray machine manufacturing, the importance of reliable medical cable assembly manufacturers cannot be overstated. Partec, Inc. stands at the forefront to provide effective X-ray machine wiring for X-ray manufacturers.

Understanding the Role of Medical Cable Assemblies in X-ray Technology

At the heart of every X-ray machine is a complex network of cables and wires. These medical cable assemblies are critical for the machine’s efficient and safe operation. The X-ray machine wiring systems are engineered with precision to play an important role in ensuring the accurate transmission of electrical signals and power. These signals are fundamental for the X-ray’s diagnostic imaging. The use of high-quality materials and adherence to stringent manufacturing standards are critical in these medical cable assemblies; they are a guarantor of reliable and safe medical diagnostics.

Why Choose Partec, Inc. for X-Ray Machine Wiring?

Partec, Inc. has established our position at the pinnacle of medical cable assembly manufacturers through our commitment to precision, quality, and customization. With expertise in crafting wire harnesses, we provide an organized arrangement of cables and wires necessary for X-ray machine wiring. Our integrated arrangements are covered with premium insulated materials to ensure performance and longevity is at an optimum– something which is particularly important in the demanding environments of medical diagnostics.

The benefits of our medical cable assemblies extend beyond their functional excellence. They are designed to improve the overall safety in the workplace to reduce the risks associated with loose and improperly managed cables. Our x-ray machine wiring assemblies facilitate efficiency through organizing and routing wires effectively. They’re designed in a way to simplify maintenance procedures and reduce downtime, both crucial factors in an environment where every second counts.

Harnessing Expertise for X-Ray Machine Applications

The typical applications of our wiring and harness assemblies in X-ray technology reflect our understanding of the sector’s unique demands. We recognize that x-ray machines require not just any cable assembly but one that ensures uninterrupted operation, precision, and safety. Our harness assemblies are thus a linchpin in the efficient functioning of these sophisticated machines, playing a critical role in diagnostic accuracy and patient care.

Partec’s Prowess in Cable and Wire Harness Capabilities

Our medical cable assemblies encompass everything from power supply harnesses to custom X-ray machine wiring configurations. We leverage automated wire capabilities such as cutting, stripping, terminating, and soldering to handle various cables and wires from 24 AWG to 4/0 AWG. With this versatility, we’re able to meet the specific needs of X-ray manufacturers, whether that be single wires or complex harness assemblies.

Committed to Quality and Precision

Our commitment to quality is not just a promise; it’s practice. We maintain our ISO 9001:2015 certification as a testament to our dedication to delivering the highest quality solutions. We rigorously test all medical cable assemblies to ensure they meet the exacting standards of the medical industry. This includes dimensional gauging, functional testing, and continuity testing.

Your Trusted Partner in Medical Cable Assembly

Choosing Partec, Inc. as your partner for x-ray machine wiring means choosing a team that understands the critical nature of your technology and is committed to supporting its success. We invite x-ray manufacturers to experience the Partec difference – where quality, precision, and customer satisfaction are not just goals, but guarantees.

Contact us today for inquiries about our services or to request a quote. Let us be the powerhouse behind your X-ray machine’s performance, ensuring that every diagnostic image is as clear and reliable as our commitment to excellence.

The Wire Harness Manufacturing Process

Wire harnesses are assemblies of electrical cables or wires that transmit signals or electrical power. They are commonly used in the automotive, aerospace, and telecommunications industries.

More specifically, a wire harness is a system that connects all of the electrical components in a vehicle. It is an integral part of any automobile and ensures that all electrical components are properly connected and functioning. The wire harness manufacturing process is complex and delicate, requiring great precision and attention to detail.

In this guide, we will discuss in detail what wire harnesses are and how they are manufactured.

What is a wire harness?

As stated above, a wire harness is a system of cables and wires that deliver electrical power or signals to vehicles or other machinery. The harness can also be used to connect two or more components in an electronic device. Wire harnesses are typically bundled together with zip ties, loom, or tape to keep them organized and protected from damage.

Wire harnesses are an integral part of any electronic device or vehicle. They provide a neat, organized way to connect all necessary cables and wires. Doing so ensures that electrical power or signals can flow freely between components.

Though they may seem like a small detail, wire harnesses play a big role in keeping everything running smoothly. In fact, a malfunctioning wire harness can cause big problems — from short circuits to complete system failures. That’s why it’s essential to keep them in good condition and replace them when necessary.

If you’re looking for high-quality wire harnesses for your next project, be sure to check out our selection at Partec, Inc. We offer a wide variety of options to choose from, so you’re sure to find the perfect fit for your needs.

How are wire harnesses manufactured?

The wire harness manufacturing process begins with a team of engineers who design the harness to meet the customer’s specific needs. The next step is to produce a design prototype, which is then tested for quality and durability. Once the design is finalized, the production process can begin.

Here’s the step-by-step guide for the wire harness manufacturing process:

1. Wire harnesses are manufactured by first stripping the insulation off the wires that will be used in the harness.
2. The exposed wires are then arranged in the order they will be needed, and routes are planned for them accordingly.
3. Once the arrangement is finalized, the wires are then soldered or crimped to the appropriate connectors.
4. The wire harness is then tested to ensure that all connections are secure and there are no breaks in the wiring.
5. The harness is then covered with a protective sleeve to shield it from the elements and abrasion.
6. The final step is to label the wire harness so it can be easily identified when it needs to be installed.

Wire harnesses are manufactured using various methods and techniques, depending on the size and complexity of the harness. Here are some of the more common methods and techniques to manufacture wire harnesses:

Wire bundling

Wire bundling is a process of organizing and grouping wires together using straps, ties, or other materials. This helps keep wires organized and tidy, making them easier to work with and less likely to become tangled or damaged. Wire bundling can also help to protect wires from being damaged by abrasion or other forces. Wire bundling can significantly impact your wiring harness’s longevity and performance when done properly. This method is typically used for small- to medium-sized harnesses.

Wire braiding

For larger or more complex harnesses, a wire harness manufacturer may use a technique called wire braiding. This involves weaving together multiple wires to create a stronger, more durable harness. This method is often used for automotive and aerospace applications where wire harnesses are subjected to extreme conditions.

Wire weaving

Another manufacturing method used for larger or more complex harnesses is wire weaving. Wire weaving involves interlacing individual wires together to form a strong, flexible, and lightweight structure. This method is often used in aerospace and automotive applications where weight and space are critical factors.

Wire wrapping

Wire harness manufacturers may also use a technique called wire wrapping. This involves wrapping multiple wires around a central core. This method is typically used for larger harnesses or those that need to be more flexible.

No matter which manufacturing method is used, all wire harnesses must undergo a rigorous testing and inspection process to ensure they meet the highest quality and safety standards.

Wire harness manufacturing by Partec, Inc.

Wire harnesses are an essential part of many electronic devices and systems. They provide the electrical connections between various components and allow them to communicate with each other.

Partec, Inc. is a leading wire harness manufacturer, providing high-quality products and services to a variety of industries. We are committed to providing our customers with the best possible solutions for their needs, and our team of experts is always available to provide support and advice. Partec, Inc. has more than 30 years of experience designing and manufacturing high-quality wire harnesses for various applications. Our products are backed by a 100% satisfaction guarantee.

Contact us today to learn more about our wire harness manufacturing services.

A Brief Intro to Electro Mechanical Assembly

Electromechanical devices and systems play a vital role in a wide range of industries and applications. As suggested by the name, they are made of a combination of mechanical and electrical components, which work together to perform a set specific task or set of tasks. Product examples range from consumer electronics (e.g., clocks and electric typewriters) to industrial equipment (e.g., electrical actuators and protection relays). The process of making these devices and systems is known as electro-mechanical assembly. Below, we provide an overview of this process, highlighting what it is and what to look for in a manufacturing partner.

What Is Electro-Mechanical Assembly?

Electromechanical assembly—also referred to as electro-mechanical or electromechanical assembly—is the process of combining mechanical and electrical components to create a device or system that uses electrical current to perform mechanical tasks. The final products can be referred to as electro-mechanical assemblies. 

Electro-mechanical assemblies are built by electromechanical equipment assemblers, who follow detailed blueprints to assemble the various pieces of the products. Since the individual components are often small, intricate, and/or delicate, workers must have good focus, coordination, and eyesight in addition to solid assembly skills. 

What to Look for in an Electro-Mechanical Assembly Partner

Given the important role electro-mechanical assemblies play in many products, it is essential to ensure they are designed and built properly. That’s why it is vital to find an electro mechanical assembly partner you can trust if you choose to outsource the manufacture of these components. Things to look for include: 

• Comprehensive engineering and design support. Your partner should have the resources to help you with all of your design and engineering needs, whether you need help designing a new assembly or validating an existing assembly design. 

• Detailed documentation. The assembly company you choose to partner with should be able to create the documents needed for each stage of the manufacturing process, including Bill of Materials, product spec sheets, and testing docs.

• Prototyping capabilities. Your partner should have the tools to create and test prototypes of your assembly to evaluate its construction and performance before it proceeds to full production. 

Partec, Your Contract Electro-Mechanical Assembly Partner

Need a manufacturing partner for your electro-mechanical assembly project? The experts at Partec are here to help. Equipped with over 30 years of electro-mechanical assembly experience and a state-of-the-art assembly facility, we have the knowledge, skills, and tools to assist with nearly any contract assembly need. To learn more about our electro-mechanical assembly capabilities, contact us today. To discuss your project requirements with one of our team members, request a quote.

A Brief Intro to Sub Assembly Manufacturing

In the manufacturing sector, companies are always looking for ways to streamline production processes and cut production costs. One solution many manufacturers rely on to reduce the amount of time and, consequently, the amount of money needed to produce products is subassembly manufacturing. Below, we provide an overview of this process, highlighting what it is, how it differs from assembly, and what benefits it offers.

What Is Sub Assembly Manufacturing?

Subassembly manufacturing—also referred to as sub-assembly manufacturing and subassembly manufacturing—is a process that involves pre-combining or pre-building components into assemblies. These premade pieces can then be joined to other subassemblies and components in subsequent assembly operations to form complete parts and products.

Assembly vs. Sub Assembly

“Assembly” is a general term that refers to the processes original equipment manufacturers (OEM) use to create complete parts and products. These end units are often made up of a number of individual components or collections of components. The term “sub-assembly” is used in reference to the latter as the components are first assembled together and then integrated into a larger assembled unit. 

Benefits of Sub Assembly Manufacturing

There are many benefits to including sub-assembly operations in the manufacturing process of a part or product. For example: 

• It reduces training requirements. In sub-assembly operations, the process of manufacturing a complete product is broken up into smaller steps, which allows each worker to be responsible for learning a portion of the process rather than the entire process from start to finish. As a result, it takes less time to train them in their responsibilities.  

• It improves assembly accuracy. Allowing workers to focus on assembling a single portion of a product rather than the entire product enables them to become specialists in that particular task. Over time, they will be able to complete their designated task much faster without making mistakes.

Outsourcing sub-assembly manufacturing operations to a third party offer additional benefits, such as:

• Shortened production time. When subassemblies are already created, the time needed to produce the final product is much shorter. Additionally, outsourcing assembly operations means that resources within the company can be redirected to other production needs, which can lead to greater production outputs. 

• Lowered equipment costs. Outsourcing a portion of a product’s manufacturing operations to a third party can eliminate the need for the contracting company to purchase certain pieces of manufacturing equipment.

• Increased scalability. Contract manufacturers generally have the resources in place to manage different production volumes. Outsourcing subassembly manufacturing operations to them makes it easier for a contracting company to scale production of their products up or down to meet current customer demand without having to make drastic changes to their personnel or equipment.

Partec, Your Contract Sub Assembly Manufacturing Partner

Looking for a sub-assembly manufacturing partner for your next project? Turn to the experts at Partec! Our extensive manufacturing experience, state-of-the-art assembly equipment, and comprehensive assembly capabilities make us the ideal choice for all contract assembly needs. To learn more about our contract assembly capabilities, contact us today. To discuss your project requirements with one of our representatives, request a quote.

An Introduction to Contract Manufacturing for Mechanical and Electrical Assemblies

Contract manufacturing is a type of business agreement in which one company (the contracting company) outsources some or all of its manufacturing operations to another company (the contract manufacturer). The contract manufacturer makes the parts or products to the specifications provided by the contracting company, which then uses them to create complete product assemblies or distributes them under its own brand.

This type of manufacturing relationship is highly beneficial to the contracting company. They can focus on other aspects of their business (e.g., marketing, sales, and distribution) without worry about investing time, money, and resources into building and running a production facility. Additionally, the contract manufacturer can give them access to industry experts or sourcing networks that help improve the quality of the components and/or reduce production costs.

Contract manufacturing can be used to make a variety of parts and products. For example, the experts at Partec provide contract manufacturing services for mechanical and electrical assemblies. Below, we highlight the types of contract assembly services available at Partec, Inc. and the industries that rely on them.

Contract Assembly Services at Partec

Partec, Inc. has provided industry-leading contract manufacturing services for mechanical and electrical assemblies for over 30 years. Our assembly capabilities include:

• Cable and wire harness assembly. Our team can assemble a cable or wire harness for nearly any application. We can handle cables and wires ranging from 24 AWG to 4/0 AWG and turn them into single-wire or multi-wire assemblies in production quantities of ten pieces to over 1,000,000 pieces.
• Electromechanical assembly. We offer electromechanical assembly services for a variety of components and devices, including, but not limited to, actuators, batteries, fans, fasteners, fittings, fuses, AC/DC motors, power supplies, relays, switches, and transformers. Whether you need cable and wire harness assemblies, control panel assemblies, or full box build/kit assemblies, we can meet your electromechanical needs. We also provide a range of engineering support services, such as manufacturing engineering, electrical engineering, controls engineering, and program management.
• Hand assembly. Our hand assembly services are ideal for assembly operations that require superior dexterity, agility, and decision-making capabilities. They enable us to handle small and delicate pieces, match customized items, and assemble highly complex and varied kits that would be otherwise impossible using automated assembly equipment. Our ISO 9001 certified quality management program helps ensure all of our hand-assembled parts and products meet high quality standards, regardless of customer size or production volume.

Industries Where Contract Manufacturing Makes Sense

Companies in a wide range of industries turn to contract manufacturing to produce their parts and products. Some of the industries that regularly utilize the contract assembly services at Partec include:

• Amusement and gaming
• Consumer goods
• Electronics
• Hardware
• Industrial machinery
• Telecommunications
• Transformers

Contact the Experts at Partec for Your Contract Assembly Needs

For quality mechanical and electrical assemblies, turn to the experts at Partec! Our extensive manufacturing experience, combined with our state-of-the-art assembly facility and vast range of assembly capabilities, enables us to produce the assemblies you need while saving you time and money. To learn more about our contract assembly capabilities, contact us today. To partner with us on your next project, request a quote.