Toshniwal Technologies Pvt. Limited Mayapuri, Delhi

The 130S-01 Broadband Seismic Recorder digitizes and stores analog input from a variety of external sensors, including seismometers, accelerometers, tiltmeters and other geophysical sensors. The 130S-01 is designed to be easier to use – more compact, lighter in weight, lower power, and requires less maintenance than other recorders. Not only is the hardware optimized for field deployments, software tools have been specially developed to support both field and base station operation.

The Biolog Microbial ID System can rapidly identify over 2,500 species of aerobic and anaerobic bacteria, yeasts and fungi. These easy to use systems provide reference laboratory quality identifications. Biolog Systems do this without the labor-intensive requirements of conventional strips or panels. There is a Biolog System for any size laboratory, from full and semi-automatic to manually read systems.

GEM’s advanced Proton Precession magnetometer (GSM-19T) is one of the world’s leading instruments for subsurface investigations and exploration. The Proton system is designed to fit the niche for clients who require a low-cost, yet versatile magnetometer for ground geophysical surveys. This system is an entry-level system for clients who require an advanced system without the higher-order features and benefits of GEM’s Overhauser and Potassium systems.

Modular system, main component is the condenser, Stainless steel manifold with 6 or 12 connections, Vacuum pumps 5,10m³h and chemical resistant type, N2-liquid cooling with up to –150°C, Vacuum regulation by magnetic valve.

Infrared moisture balance The amount of moisture in a product can greatly affect the perceived quality of the product. Therefore it is important for manufacturers to test the moisture content present in the products they produce. The simplest, most accurate, and the cheapest method to measure the moisture is to use Moisture Balances also known as Moisture Analyzers or Moisture Meters.

The Magnetic Crack Detector will locate cracks and other defects in samples which can be magnetized by passing current through them. When properly used, the Magnetic Crack Detector will locate defects such as fatigue cracks, heat cracks, grinding checks, forging laps, shrinks and tears in casting, improper welds and inherent defects in metals such as seams, inclusions as well as cracks due to overstressing of parts. These defects may not be visible to the naked eye but can be located rapidly and accurately by using the Toshniwal Magnetic Crack Detector.