Park Manufacturing has proven that our attention to detail and dedication to seeing our wire harness customers continue to be successful has made Park Manufacturing the preferred provider for cable assemblies, wire harness assemblies and electromechanical manufacturing.
Park Manufacturing knows that while planning and designing your product, it’s important to know failure will not come from poor harnessing. Cable and wires are small but vital elements that must be assembled appropriately every time. When manufacturing at high volumes and using standard connections, cable and harness assemblies are usually done with an automated press. However, more complicated or non-standard connections can be more cost-effective if manufactured manually. Park Manufacturing has the tools, knowledge, and agility to accommodate all of your custom wire harness and cable assemblies. Park Manufacturing’s cable assemblies and custom wire harness assembly capabilities will ensure your components are in good hands. And since Park Manufacturing sets our standards high, through our CARE department with IPC inspections and our current ISO certifications for quality control, you can rely on Park Manufacturing to manufacture your product without error each time.
Park Manufacturing OEM Solutions offers all of the custom wire harness and cable assembly products built for your custom needs right at our Cambridge MN location. All of our harnesses are assembled in the United States of America!
Park Manufacturing provides integrated solutions that deliver the value and versatility for all of our customers need. These offerings allow us to manufacture robust custom designs
Audio/Video Cables- Also known as an AV cable, carries video and audio signals from one device to another. It typically has a single jack that connects to consoles, DVD players, or other display devices. The most common type of AV cable uses red and white connectors for audio and a yellow connector for composite video.
Automated and Semi-Automated Wire Processing- At Park manufacturing, we use state of the art machinery to not only cut our wires and cables but also to assist in assembling and machining the wires.
Coaxial Cables- A coaxial cable is an electrical cable with a copper conductor and an insulator shielding around it and a braided metal mesh that prevents signal interference and cross talk. Coaxial cable is also known as coax.
Battery Cables- Electrical conductors that connect the battery to various electrical components in a vehicle. Typically made of copper or aluminum. Used to transmit power from the battery to the starter motor, alternator, and other accessories. Heavy-duty single-core cables used in automotive applications. Responsible for safely linking electrical automotive parts with the vehicle's battery
Discrete Wire Assemblies- When discrete wires are used to make cable assemblies, it is known as a discrete cable assembly. Several industries, including energy, entertainment, medical, lighting, gaming, use discrete assembly as their primary component.
Instrumentation Cables- An instrumentation cable is a cable that consists of several conductors that convey low-energy electric signals. These signals are used for monitoring or controlling electrical power systems and their associated processes145. Instrumentation cables are suitable for harsh environments and require precise control and measurement425. Instrumentation cables are commonly seen in industrial automation, process control, and other applications that employ sensors and equipment.
Laser Component Marking -Laser marking is a process that uses a concentrated beam of light to create permanent marks on the surfaces of target components. The process is typically carried out with a laser machine using an oscillator, a scanning mirror, and a focusing lens.
Multi-conductor Cables- A multi-conductor cable consists of multiple insulated conductors, or wires, that are bundled together within a single cable jacket. Each conductor is made of a conductive material, typically copper or aluminum, and is surrounded by insulation to prevent electrical interference between the individual wires.
Custom Panel Builds- are tailored to the unique needs of a particular project, ensuring an optimal fit and performance
Automotive Cables and Harnesses- These harnesses are like the nervous system of your machine, efficiently distributing electricity to various components such as lights, sensors, ignition systems, and more.
Heavy Wire Assemblies up to 0000- We generally think of wires of a size from 8 AWG (American Wire Gauge) and higher as “heavy wire” though it is not a measure of weight necessarily (though the lower gauges get heavier as they go down). You do need to utilize different equipment to process the larger wire sizes. AWG is backwards to people not in the wire industry in that the lower the AWG, the larger the wire size. As an example, 4 AWG is larger than 8 AWG. The largest wire Park Manufacturing can machine process is 0000 or four aught, of which the diameter is the approximate size of a quarter. Other larger sizes can be made as well but are less common.
Custom Braided Cable Protection- Wire Harness and Cable Assemblies can be protected from abrasion and harsh environments through the use of custom braiding. We utilize several machines that can apply or “braid” a protective covering on any Cable Assembly or Custom Wire Harness that is unique and custom in every way. We use several different types of material called braiding yarn that is woven onto almost any assembly, and it can be customized through color or degree of protected needed.
Custom Testing - Since every Wire Harness and Cable Assembly we produce are custom configured to our customers exact requirements, Park Manufacturing produces our own test and build boards and fixtures on site. We keep very exact records of all of the items we produce and practice revision control on all of our custom built fixturing ensuring a repeatable, high-quality product is produced every time.
PPAP -Production Part Approval Process (PPAP) is a key procedure within automotive and other specialized manufacturing to ensure that parts manufactured by suppliers are created consistently. It’s a comprehensive process which consists of 18 steps which ensure that each part is meets expectations and is produced to high quality each time. While PPAP originated in aerospace and automotive, it has been used more widely throughout manufacturing to support key activities and ease collaboration between suppliers and customers.
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