ProVision is a unified boundary‑scan (IEEE 1149.x) development and production platform. It enables engineers to design, test, and program PCBs, Flash/PLDs/FPGA in‑system, and quickly locate faults. Combined with JTAG’s hardware tools, you get a full stack: software + physical interface devices so your team—from engineers to program managers to executives—can see, trust, and manage the quality of electronic products.

Standard Specs and Options:

Control temperature setpoints and ramp rates
Vacuum levels down to 10-7 torr range
Spare ports and with multiple feedthrough options
Calibrated vacuum gauges
Roughing vacuum pump
Turbo pump with optional gate valve and bypass pumping setup
Viewport on door
Vent and purge valves
Vacuum Cycle Controller with:
Customizable recipes
Full integration with valves and gauges
Automated vacuum and temperature control
Data logging and remote access

The system controls temperature from ambient to +200°C and achieves vacuum levels down to 10⁻⁷ torr, with spare ports, feedthrough options, calibrated gauges, and both roughing and turbo pumps. It includes vent and purge valves, molecular getters, and a Vacuum Cycle Controller that automates vacuum and temperature control with customizable recipes, integrated valves and gauges, data logging, and remote access.

Abbess specializes in crafting high-quality vacuum chambers in stainless steel or aluminum cuboid geometries, tailored to meet your specific needs. Our chambers are expertly engineered and designed with your testing requirements and process improvements in mind.

The system controls temperature from ambient to 150°C with ±1°C accuracy (up to 250°C optional) and achieves vacuum levels down to 10⁻⁷ torr. It includes spare ports with multiple feedthroughs, calibrated gauges, a roughing pump, and a turbo pump with optional gate valve and bypass setup, plus a door viewport, vent and purge valves. A Vacuum Cycle Controller provides customizable recipes, full integration with valves and gauges, automated vacuum and temperature control, data logging, and remote access.

This is the traditional technique (ASTM B117 – ISO 9227 and JIS Z 2371 – DIN 50021) to simulate corrosion in the laboratory, widely used to perform rapid corrosion tests on metal parts with organic or inorganic coatings. Its application mainly serves companies in the automotive, renewable energy, construction, plastics, aviation, oil and gas, paints, varnishes, electronics, chemical, metallurgical, and other industrial sectors.

The EQUILAM NA C.C.T Cyclic Corrosion Test chambers provide the best simulation for accelerated corrosion testing. Some studies indicate that the tests results closely resemble those obtained in outdoor exposure

The accelerated weathering test simulates the atmosphere with sunlight (UV mode), dew (condensation mode), rain (thermal shock) and rain + UV (thermal shock and UV).

Device to Degree of Protection – IPX9K
Device manufactured according with the requirements of the International and National Technical Standards for full service of the test’s specifications and characteristics for Degree of Protection (IP-Code) on enclosure of the electrical equipment. The device installation according to the customer’s neede, being that, the use of the Walk-In and /or Drive-In Chamber are required to specimens of the bigger dimensions (samples larger dimension than 3,9″).

The measurement microphone sets have been combined so they fulfil our users’ typical measurement needs. Independently of your measurement system and application you should be able to find a set that suits your needs.

GRAS measurement microphones are available in many types covering various frequency ranges, dynamic ranges and suiting differerent application situations.

The output from a condenser microphone is a very high-impedance signal and is therefore very sensitive to the capacitive loads of cables. This makes it necessary to introduce a driver with high input impedance and low output impedance. Such a driver is called a preamplifier.

Special microphones are often required for applications where there are particular requirements regarding the methods of measurements and configurations.

The Kanomax Multi-Channel Anemomaster Model 1580 stands as the pinnacle of airflow measurement technology, designed to deliver unmatched accuracy and responsiveness across multiple channels.

The Model 6162 is a unique anemometer designed for specialized high-temperature testing. Some of the primary applications of a mid-high temperature anemometer include: drying process control, forming process control, exhaust air measurement, and device performance testing (such as industrial ovens). Standards that this instrument apply to include ISO 13579 and NFPA 86.

The Kanomax Sound Meter – Model 4431-1G is the world’s first 0-dB function sound meter available. It is designed to meet Type 2 standards for ANSI S1.4 1983 and IEC 61672-1. The magnetic accelerometer easily attaches to machinery for increased accuracy and precise operation.

Cleanroom environments demand uncompromising standards in air quality and performance monitoring. The Kanomax Cleanroom Monitoring System (CRMS) is a fully integrated, turnkey solution designed to support continuous monitoring and compliance with regulatory requirements such as ISO 14644, GMP, and USP <797>/<800>.

Strain gages with the world highest level performance.

LUK-A is a a thin load cell for measuring tension or compression loads. It can be installed to where the height is limited. It also suitable for fatigue test where repeativite loads are applied continuously.

The PS-C is a miniature pressure sensor with a strain-gage bridge inside. The cable direction is parallel to the sensor surface.