KaZaK's team of highly-qualified engineers works with clients to successfully integrate composite solutions into their end product. This goal is achieved through the use of low-cost manufacturing technology that KaZaK has been able to provide higher value products to the aerospace, marine, military and commercial markets. KaZaK can offer multiple industries lower cost and innovative solutions with the following services:

We operate the world's largest pultrusion equipment and can also fabricate parts by prepreg layup, filament winding, braiding, VARTM, press molding and oven cure.

KaZaK has produced composite flight hardware used on nearly 20 different spacecraft and developed composite structural components for a variety of military and commercial applications. KaZaK is able to satisfy the exacting standards of aerospace and military clients through an ability to thoroughly understand their complex problems.

While meeting aggressive performance schedules and cost requirements, KaZaK's engineers have the ability to evaluate intricately designed structures and offer innovative solutions to complex problems.

KaZaK's streamlined process employing automated manufacturing and large-scale pultrusion equipment allows companies to cut costs through labor reductions, creation of single part sections and integration of assembly details.

KaZaK's use of the world's largest pultrusion machine has enabled us to design and build composites that are made from non-traditional materials that move beyond the usual commodity shapes and sizes. In doing so, KaZaK is able to furnish a variety of industries with unusual pultrusion applications such as hybrid material armor, finely detailed pultrusions, polyurethane stanchions and piezoceramic smart structures.

KaZaK works with select partners and customers who can manufacture certain composite designs developed by KaZaK engineers, using reasonable and workable license terms that benefit both parties. This option allows KaZaK to develop a varied portfolio of composite products and enables partners to save money by manufacturing the designs in-house.

KaZaK models compile composite structures to ensure that the resulting hardware meets transient, static, thermal and impact load requirements.

This is achieved by using finite element analysis as well as other commercially and internally developed software techniques.

We also work in conjunction with clients to create workable prototypes prior to committing to final configurations. Additionally, product designs are tailored to maximize product creation automation, which often results in composites that cost less than the metal parts they replace.