Steering Rack Assembly & test is for the easy handling of the drive train. Volkswagen automobiles are usually fitted with a power steering rack. It is equipped with an engine-driven pump, the power steering rack can draw in high-pressure hydraulic fluid to the steering rack assembly as the wheel is turned.

Stiffness Tester is used to evaluate material stiffness and resiliency. It provides accurate test measurement. It includes paper products, cardboard, plastics, metals, textiles, rubber, wire, tubing, felts and other sheet materials. It incorporated in the Taber Stiffness Tester is a pendulum weighing system. It provides an accurate and responsive method for measuring small load increments, this system is a critical component for determining material stiffness or resiliency. It is a manually operated instrument. It offering the same accurate, precision test results as the digital stiffness tester, this instrument requires the user to record stiffness testing data, average the readings and multiply results by a scaling factor. It allows manufacturers to reduce the amount of material used without reducing performance in corrugated board or boxes.

Strain survey is conducted for helping engineers to understand static and linearly moving parts designs can be improved to increase life and performance, while reducing material costs. These tests also used for rotating parts are considerably more difficult due to the very high "g″ load environment that both the device under test and the instrumentation must withstand. The device under test is usually designed and subjected to finite element analysis, which can locate and estimate nominal stress points. However, critical parts must be tested to verify actual stresses.

Swing prism borescopes are rigid boroscopes. It can fulfill the function of two or three separate conventional borescopes. The direction-of-view is adjustable from 55° to 115° and scans an object's entire length. A zoom feature magnifies the entire image, unlike conventional zoom features that simply narrow the field-of-view. Additionally, the rotating barrel allows 360° viewing without moving the body of the scope.

Taber Abrasion Tester is a test to determine a plastic resistance to abrasion. It provides a reproducible method to measure the abrasivity of various mediums. It determines the relative abrasiveness of fluids, powders, pastes and semi-solids. It characterizes the mediums cause wear. It is designed to test virtually any size or shape specimen. It is ideal for material properties of contoured surfaces and finished products. It is initially developed to evaluate wear resistance and used to evaluate scratch resistance (single or multiple pass), color transfer [commonly referred to as crocking or a crock meter], and perform coin scrape tests and also with the universal or a custom attachment, real world testing and other forms of material durability can be performed. It is used for both wet and dry testing. It is a cost-effective and high quality instrument used to determine the abrasion for rubber, leather, plastics, fabrics, paper, paint, plywood, tiles and glass.

Temperature Retraction Testers measures the effects of low temperature on rubber, plastic and other elastomeric materials. It allows the accurate evaluation of crystallization and the comparison of rubber and rubber-like sample viscosity at low temperatures. It stretches a sample and allows it to react. It allows retraction point calculation and comparison and readings are presented real-time and saved. It also details a sample percentage of retraction at different temperatures and allows the determination of a temperature range in which a sample is elastic. It is used with a Benz BPT 2100, a high accuracy brittle point tester for low temperature use. It provides highly accurate controlled temperatures and reduces operator intervention.

Tensile tester is a versatile instrument designed to test a variety of materials. It consists of several types of devices used to apply controlled tensile loads to test specimens (test pieces). The tester is capable of varying the speed of load application and accurately measures the forces, strains, and elongations applied to the test piece. It is capable of carrying out many tests where load, stretch, and compression against distance are involved.

A tensile test, also known as tension test, is probably the most fundamental type of mechanical test that can perform on material. This test is simple, relatively inexpensive, and fully standardized. By pulling on something, we can very quickly determine how the material will react to forces being applied in tension. As the material is being pulled, we will find its strength along with how much it will elongate. As we continue to pull on the material until it breaks, we will obtain a good, complete tensile profile. A curve will result showing how it reacted to the forces being applied. The point of failure is of much interest and is typically called its 'ultimate strength' or UTS on the chart. This test measures the force required to break a specimen and the extent to which the specimen stretches or elongates to that breaking point. This test produces a stress-strain diagram, which is used to determine tensile modulus. The data is often used to specify a material, to design parts to withstand application force and as a quality control check of materials. Since the physical properties of many materials (especially thermoplastics) can vary depending on ambient temperature, it is sometimes appropriate to test materials at temperatures that simulate the intended end use environment.

Tensile testing machines are designed to apply a force to a material to determine its strength and resistance to deformation. These testing machines are operated at a prescribed rate of extension, and apply a uniaxial load to the specimen until the specimen ruptures. The tensile strength, elongation, initial or secant modulii, and breaking toughness are calculated from the measuring devices on the testing machine. It consists of several types of devices used to apply controlled tensile loads to test specimens. It is capable of carrying out many tests where load, stretch, and compression against distance are involved.

Test Stands / Grips are a perfect solution for quick-action pull testing and compression testing of up to 750 lb of tensile or compressive force. It is made of rugged, machined aluminum components. It is durable enough for the factory floor, precise enough for laboratory environments. It includes adjustable travel stops and a frictional low force brake.

Thermal performance testing can be used to determine the effectiveness of temperature controlled packaging and to measure the relative ability of a specific thermal package design to maintain internal temperatures within a desired range when exposed to test cycles that simulate ambient exposure. These thermal-testing procedures should be considered as a general starting point for thermal analysis due to the many variables that can affect the thermal and distribution performance of a package. These procedures are not intended to evaluate the protection afforded packaged-products, nor the shipping containers from other conditions such as shock, vibration, moisture, corrosion, contaminating odors, etc.; packaged-products are considered separately for these conditions. This testing should be conducted in accordance with a documented protocol by an ISTA certified laboratory, or a laboratory that has established procedures and calibrated equipment adequate to demonstrate reproducibility of methods of thermal analysis.

Thermal shock testing involves exposing a package or product to extreme temperatures to determine its resistance to sudden changes in temperature. These tests are appropriate for products designed to withstand abrupt changes in temperature over a short period. This test might be desirable for products moving from a warm warehouse into a cold ambient temperature or for aircraft parts. The package or product undergoes a pre-determined number of cycles during which it is exposed to extremely high temperatures and then extremely low temperatures immediately afterwards. After the final cycle has been performed, the package or product is inspected for damage, loss of integrity and loss of performance or functionality. This testing detects latent product flaws by stimulating defects at the lowest level of assembly, before they reach your customer. This testing is designed for testing electrical, automotive, and military components.