Pioneer provides sub-assembly or
full product assembly as part of your total manufacturing solutions.
Our assembly services range from low-volume, manual assembly
through high-volume automated assembly. Our clean room (non-FDA) and
manufacturing cells are used to serve a wide range of industries.
We can assemble a combination of parts produced by Pioneer,
along with purchased parts, to produce your assembled component.
Assembly can even include soldering, laser etching, adhesive
labeling, packaging, or other secondary operations and can
be integrated with conventional production machinery such
as metal stamping presses or plastic injection molding machines.
We will develop the most cost-effective assembly approach
that matches your product complexity and monthly volumes.
Design support is also available to ensure that your products
are designed for manufacturability. We have experience with
lower volume manual assembly, semi-automated assembly cells,
and high-volume, fully automated assembly for a variety of
mechanical and electro-mechanical products.
Part 6783D |
Our automation group is comprised of mechanical, electrical,
and software engineers and trained technicians who can design
and produce semi-automated or high-speed automated assembly
equipment.
These assembly systems are designed on a set of
modular building blocks that have been proven and successfully
used in a variety of assembly projects. |
Pioneer will manage your entire project by not only providing
the metal stamped or plastic injection molded parts, but also
the services to assemble the final components.
Whether you
purchase our stamped components, reel-to-reel plating services
for your parts, or complete manufactured assemblies that we
helped design, you can rely on Pioneer as your "single-source"
solutions provider who can best meet your assembly needs. |
Part 5848M |
Final product quality is ensured with manual inspection or
automated 100% in-line inspection systems.
Inspection techniques
include high precision optical comparison, in-process vision
systems, electronic automated test equipment, hi-pot testing,
and a variety of other techniques.
Statistical process control
techniques provide feedback to our manufacturing groups to
complement component level in-process quality control systems.
|
|
