With triple revolving nose piece, circular stage, rotatable in 360 degree, graduated with vernier reading upto 0.1 degree with provision for centering by two knobs located just below the circular stage, polarizing with swing out system. Compact analyser head having iris diaphragm, Bertand lens. Analyser rotating ring and half/full wave compensator with following optical combination.
With triple revolving nose piece, circular stage, rotatable in 360 degree, graduated with vernier reading upto 0.1 degree with provision for centering by two knobs located just below the circular stage, polarizing with swing out system. Compact analyser head having iris diaphragm, Bertand lens. Analyser rotating ring and half/full wave compensator with following optical combination.
Trinocular Research Microscopes MAKE DINESH SCIENTIFIC MODEL DS-TM-100 PRODUCT DESCRIPTION We offer a wide array of Microscope Research, which is easy to install and requires minimal maintenance.Designed under the supervision of skilled professionals, the offered products are appreciated...
TRINOCULAR RESEARCH STEREOZOOM MICROSCOPE Model No : DS-SM-10 TRINOCULAR OBSERVATION HEAD Observation head inclined at 35° rotatable at 360°. 100% Switch between eyepieces & Camera Diopter adjustment ring on ocular tube (±5). Interpupillary distance from 55mm to 75mm....
TRINOCULAR RESEARCH STEREOZOOM MICROSCOPE Make Dinesh Scientific Model No : DS-SM-10 TRINOCULAR OBSERVATION HEAD Observation head inclined at 35° rotatable at 360°. 100% Switch between eyepieces & Camera Diopter adjustment ring on ocular tube (±5). Interpupillary distance from...
Triple Beam Balance are specially designed to handle weighing solids and powder. Three notched and tiered beams with center reading . Indicating sliding masses giving total weighing capacity of 610 gm. The capacity can be increased up to 2610 gm. by using supplementary masses. Spring loaded zero adjust compensator and magnetic damping are provided for fast setting and reading.
Capacity : 610 gm.
Readability : 0.1 gm.
Front Beam Calibration : 10 x 0.1 gm.
Second Beam Calibration : 500 x 100 gm.
Rear Beam Calibration : 100 x 10 gm.
Triple Beam Balance are specially designed to handle weighing solids and powder. Three notched and tiered beams with center reading . Indicating sliding masses giving total weighing capacity of 610 gm. The capacity can be increased up to 2610 gm. by using supplementary masses. Spring loaded zero adjust compensator and magnetic damping are provided for fast setting and reading.
Capacity : 610 gm.
Readability : 0.1 gm.
Front Beam Calibration : 10 x 0.1 gm.
Second Beam Calibration : 500 x 100 gm.
Rear Beam Calibration : 100 x 10 gm.
TUBULAR FURNACE MAKE DINESH SCIENTIFIC MODEL DS-TF-1400 PRODUCT DESCRIPTION Tubular furnaces are designed for sample testing under gas/vacuum atmosphere they are available in customize size and options with water cooled flange. Maximum design temperature of furnace . The...
TUBULAR FURNACE MAKE DINESH SCIENTIFIC DESCRIPTION: A common buy replica watches high-temperature heating tool in industrial and laboratory settings is the tube furnace, which is used for a variety of purposes including sample preparation, chemical reactions, heat fake...
Mounted on sturdy streamlined base with provision for horizontal or vertical use, fork is manufactured from selected steel. Prong is 10 x 25 x 300 mm. accurate frequency adjustment, vibrations rate 60 per second. Electromagnet can work on 6 Volts. The amplitude of vibration can vary by sliding the electromagnet inside the prongs.
Mounted on sturdy streamlined base with provision for horizontal or vertical use, fork is manufactured from selected steel. Prong is 10 x 25 x 300 mm. accurate frequency adjustment, vibrations rate 60 per second. Electromagnet can work on 6 Volts. The amplitude of vibration can vary by sliding the electromagnet inside the prongs.
On sturdy streamlined base with provision for horizontal or vertical use. Forks is manufactured from selected steel. Prong is 10 x 25 x 300 mm. accurate frequency adjustment, chrome plated, vibrations rate 60 per seconds. Electromagnet can work on 6 volts. The amplitude of vibration can vary by sliding there electromagnet inside prongs. Complete with bench clamp, pulley, and scale pan.
On sturdy streamlined base with provision for horizontal or vertical use. Forks is manufactured from selected steel. Prong is 10 x 25 x 300 mm. accurate frequency adjustment, chrome plated, vibrations rate 60 per seconds. Electromagnet can work on 6 volts. The amplitude of vibration can vary by sliding there electromagnet inside prongs. Complete with bench clamp, pulley, and scale pan.
It comprises two tuning forks each of frequency 426 Hz on two separate resonance boxes. One fork is fitted with adjustable loading mass. When both forks are sounded together, a clearly audible beat is produced. Rate of beats depends on difference in frequencies. This difference can be increased by changing the loading mass.
It comprises two tuning forks each of frequency 426 Hz on two separate resonance boxes. One fork is fitted with adjustable loading mass. When both forks are sounded together, a clearly audible beat is produced. Rate of beats depends on difference in frequencies. This difference can be increased by changing the loading mass.
Three Tuning forks are mounted on three wooden resonance boxes dimensions of which are compatible with frequency of the forks to produce a strong sustained tone. Forks are nickel plated with shanks to screw in the bushes on the top of the boxes. Each set supplied with rubber headed hammer.
Three Tuning forks are mounted on three wooden resonance boxes dimensions of which are compatible with frequency of the forks to produce a strong sustained tone. Forks are nickel plated with shanks to screw in the bushes on the top of the boxes. Each set supplied with rubber headed hammer.
Four tuning forks are mounted on a single proper sized resonance box to produce a major chord. Forks have frequencies of C1 256, E 320 Hz, G 384 Hz and C2 512 Hz. When struck together with hammer, the forks will produce the chord of C major, supplied with one hammer.
Four tuning forks are mounted on a single proper sized resonance box to produce a major chord. Forks have frequencies of C1 256, E 320 Hz, G 384 Hz and C2 512 Hz. When struck together with hammer, the forks will produce the chord of C major, supplied with one hammer.
Nickel-plated, plain shanks, with frequency marked, C (256), D (288), E (320), F (341), G (384), A (426), B (480), C (512). Complete set of EIGHT tuning forks, supplied in case.
