This dedicated infrared product package consists of a Xi 400 imager, a visible camera, and a USB Server, all pre-assembled into an outdoor housing.

The PI 450i CM package includes a mid-resolution infrared thermal imager, a visible camera, an air purge, and a USB Server HT, all pre-assembled in an outdoor housing with a wall mount.

The PI 640i CM package addresses continuous monitoring needs in demanding environments, including industrial settings and fire-prone outdoor locations.

The Xi 400 infrared camera system, equipped with microscope optics, is dedicated to printed circuit board analysis and electrical component temperature measurement at a budget-friendly 382 x 288 resolution.

The microscope lenses designed for the PI 640i thermal imager are optimized for thermal inspection of electronic boards and small chip-level components, reaching resolutions as fine as 28 μm.

The PI640i infrared microscope package, featuring 2X magnification, provides precise temperature data for small electronic devices and MEMS, crucial in semiconductor applications.

With the Bottom-Up Glass Inspection System, there is a new approach to temperature measurement in the production of low-emissivity (Low-E) glass.

The Optris Bottom-Up Glass Inspection System (GIS) revolutionizes temperature measurement in Low-E glass production. Traditional infrared devices struggle to measure the coated, low-emissivity surface as glass exits furnaces.

Low-emissivity (Low-E) glass, enhancing building energy efficiency, challenges traditional IR devices measuring temperature from above. The Top-Down Glass Inspection System (GIS) solves this by using high-resolution infrared cameras above the tempering line and a reference pyrometer below for emissivity correction.

Optional advanced software.

Optional channel expansion.

Visualization and analysis add-ons.

simulates Pitch & Roll movements in addition to vertical vibration.

IP68 protective enclosure with O-ring seal; tested for water pressure / depth conditions.

The V8900 is a high capacity air-cooled 80 kN shaker that is cost-effective to install, reliable andeasy to use, and delivers enhanced testing capability. This shaker is in a class of its own, delivering all the benefits of air-cooling in a high-capacity 80 kN shaker. Delivering outstanding performance in terms of force, displacement, high frequency and high overturning moment, you can use the shaker to test a wide range of payloads.

A water-cooled electrodynamic shaker for high-force, long-duration vibration tests of large articles, such as rocket and satellite components, wind turbines and automobile engines. It can support loads up to 1800 kg (3970 lb) and deliver peak forces of 105 kN (23,605 lbf).

A water-cooled electrodynamic shaker for shock and high-performance vibration testing of large devices, such as aircraft components up to 907 kg (2000 lb). It can deliver sine and random forces up to 89 kN (20,000 lbf) and has a maximum overturning moment of 3.13 kN·m (2308 lb·ft).

A water-cooled electrodynamic shaker for high-performance vibration and shock testing of large and extra-large articles, including satellite and aircraft components. It can apply forces up to 160.1 kN (36,000 lbf) and has an internal load support capacity of 2000 kg (4409 lb).

An air-cooled electrodynamic shaker for vibration and mechanical shock testing of large payloads up to 700 kg (1540 lb), such as complete battery assemblies for hybrid vehicles, satellite components, and military electronics and hardware. It has peak sine force ratings of 57.8 kN (13,000 lbf).

An air-cooled electrodynamic shaker designed for vibration and mechanical shock testing of medium-sized articles, such as automotive components and electronic assemblies. It can support payloads up to 160 kg (353 lb) and deliver maximum forces of 9.81 kN (2205 lbf).