Ideal Resources Products Pvt. Ltd.

This is an ultra wide range, Wrist Strap Tester for measuring surface resistively of virtually on any flat surface. Such as packing materials, component storage bags and trays, work bench surface table and floor mats, conveyor belts etc.

It also has unique additional feature of surface –to ground measurement capability wherein theresistively differential between any surface and any chosen ground can be determined.

Features:

Built-in high-Precision LCR probe convenient one-hand operation Ideal for Surface Mount Devices Automatic component recognition Automatic test range selection Precise tips for small-size devices Manual and voltage test modes Diode Polarity and Short Testing Portable and ergonomic design.

eM asuring SMD Chips was never so easy:

Smart Tweezers provides a perfect solution to test and identify SMD Chip Inductors, Capacitors and Resistors as well as to troubleshoot complex electronic circuits. Its unique mechanical and electronic design combines a pair of precise gold-plated tweezers and a digital LCR meter in a lightweight instrument. The probe is able to measure R, L, C and voltage with high accuracy and also has in-built automatic component recognition provision. Precise tips ensure measurement of even smallest 0402 size SMD’s

Smart Tweezers™ ST-AE

LCR Meter and Component Identifier in a Pair of Tweezers

Fully Automatic Measurements:

Smart Tweezers™ automatically determines type of the component (resistance/capacitance/inductance) and selects proper range for high accuracy measurements. Unit’s display clearly indicates the type of the component, measurement result and test conditions.

Testing Surface Mount Devices:

Surface mount devices are usually tiny and without wire leads, making it more difficult to test and identify them than conventional components. Smart Tweezers™ gives users an easy way to sort and evaluate loose components and to perform on-board measurements and debugging. Precise gold-plated tweezers are able to pick & reliably contact even the smallest SMD components and take measurements from already mounted devices.

We are the leading manufacturer and supplier of Automatic Glue Dispenser. The offered automatic glue dispenser is manufactured using latest machinery and supreme grade components in sync with set industry standards. Our quality controllers inspect this glue dispenser as per the set quality standards. Furthermore, clients can avail this automatic glue dispenser from us at affordable prices.

a digital force gauge (also push-pull gauge) is an instrument used to measure tensile or compression forces. They are portable and have a digital display that denotes the force exerted in push-pull tests. For more complex tests which require higher levels of precision, they can be used along with force test stands. 

Any digital force gauge will consist of the following components: load cell, electronics unit, software, and display. The load cell is the crux of any force measuring instrument. Basically, it is a force transducer that can convert the tensile or compression force to electrical signals, which can in turn be measured.

• How it works: These gauges use a spring-loaded mechanism and a dial to indicate the force. When a force is applied, the spring compresses or extends, moving a needle on the dial.
• Features:
  • Peak hold: An additional needle retains the maximum reading encountered during the test.
  • Cost-effective: Generally less expensive than digital models.
  • No power needed: They are self-contained and do not require a battery.
• Best for: Basic applications where high precision is not critical, such as quick pass/fail testing. 

• Reliable on-the-spot measurement of static charges has been easier than with the portable SCM-01. Hand-held, yet highly accurate and low drift, the SCM answers three basic questions:

• Is static present and on what Surfaces, Materials or people
• How much static
• What is the polarity of the Charge
• The instrument is ideal for use in such static sensitive environment as electronic component production and assembly areas, clean rooms, computer, medical and R&D Laboratories, surgical rooms, medical device manufacturer, printing pres, packing and production lines, etc.

• Measurement: Measures both the magnitude and polarity (+/-) of electrostatic charges.
• Display: Features a center-zero analog dial for easy interpretation of the charge.
• Detection method: It is a non-contact device that gives direct readings of electrostatic potential when held at a distance of 2.5 cm from the object being tested.
• Portability: The SCM-01 is a lightweight, handheld, and battery-powered instrument, making it suitable for on-the-spot measurements.
• Adjustable measurement: The user can measure higher electrostatic potentials by increasing the distance between the meter and the charged object.
• Power: Operates on a standard 9-volt battery.
• Applications: Ideal for use in static-sensitive environments like clean rooms, R&D laboratories, and electronic assembly areas. It can also be used in the plastics, paper, and textile industries.

• Operation Easily
• Highly efficient
• High performance

• Easy to install
• Compatible with any standard wrist strap
• Simply plug in the wrist strap

• 1 year Replacement Guarantee.
• Easy to use and Carry.
• Long Life
• Adjustable Emmissitivity.
• Upto 1meter drop tested.

• Temperature range -30 ºC +650 ºC (-22 ºF to 1202º F)
• Distance to Spot (D:S) Ratio - 12:1
• Dual-lasers for better targeting and higher accuracy
• IP54 dust & water resistant & 3 meter drop tested
• Easy to read dual display to show current temperature and max temperature simultaneously
• Best accuracy in its class: + 1.0% of reading

a digital force gauge (also push-pull gauge) is an instrument used to measure tensile or compression forces. They are portable and have a digital display that denotes the force exerted in push-pull tests. For more complex tests which require higher levels of precision, they can be used along with force test stands. 

Any digital force gauge will consist of the following components: load cell, electronics unit, software, and display. The load cell is the crux of any force measuring instrument. Basically, it is a force transducer that can convert the tensile or compression force to electrical signals, which can in turn be measured.

1. CA sensor for accurate and quick measurement of soldering tip temperature.
2. Clean digital display.
3. Cloadding of special alloy making the sensor ward off corrosion and oxidation.
4. Anti-static plastic casing.