RAISE LAB EQUIPMENT

Corporate

Introducing the Raise Lab Equipment Model RHT-100 Tablet Hardness Tester, a cutting-edge instrument meticulously designed for pharmaceutical and research laboratories. This advanced device, compliant with both USP (United States Pharmacopeia) and IP (Indian Pharmacopoeia) standards, ensures precision in measuring tablet hardness. With features like a user-friendly interface, durable construction, and automated operation, the RHT-100 stands as a reliable solution for quality control, adhering to stringent industry regulations and contributing to the seamless evaluation of tablet formulations.

Display: 20×4 LCD display with backlight.

Operation: Front operating panel and PC-compatible keyboard for entering product information.

Parameter Allowed Range:

Hardness: 3 to 500 N, in units of N, Kp, Sc, and UD (User Defined).

Salient Features:

Compact, space-saving design with advanced microprocessor technology, offered at an economical price.
Accurate measurement of tablet hardness.
Menu-driven operation with a PC-compatible keyboard and a 20×4 character LCD display for simplified operation.
Hardness units include Newton (N), Kilopond (Kp), Strong Cobb (Sc), and User Defined (UD).
Precise positioning for samples of any shape, accommodating tablets up to 36mm in diameter (length).
Storage and recall of 50 different product recipes.
Settable sample size up to 100 per test.
Simple calibration and/or verification (Validation) using a certified 5 Kg weight.
Various report generation capabilities.

The Tapped Density Apparatus measures the tapped density of materials, which is the density of a powder or granular substance after it has been subjected to a specific number of taps or vibrations under standardized conditions. This measurement provides insights into the packing characteristics of the material, including its compaction behavior and the amount of settling that can occur during handling or transportation.

Regulatory Compliance: Regulatory bodies, such as the United States Pharmacopeia (USP) and the European Pharmacopoeia (EP), often specify tapped density testing as part of quality control protocols, making the apparatus indispensable for compliance with industry standards.The RTD-2 Tapped Density Apparatus is a cutting-edge instrument meticulously crafted for precise bulk density measurement, adhering to the stringent standards set by various pharmacopoeias, including USP, EP, and ASTM.

USP3 Method Support: For USP3 methods, the apparatus includes a 100ml Stainless Steel Measuring Vessel with a Stainless Vessel Cap, providing the versatility needed for density measurements.

Simultaneous Tapping and Rotation: The apparatus employs simultaneous tapping and rotating actions, ensuring an evenly packed surface during testing. This consistency guarantees accurate and reliable results, enhancing the credibility of your research and quality control processes.

A quality control application tool widely used to test the porosity of a wax-coated metallic vessel in the labs. The container can be an aluminium tube, can or a bottle cap. To measure porosity of a tube means to conclude whether the wax coating has holes or spaces in it that possibly trap air or allow liquid through it.

Lacquer Porosity Tester: The apparatus uses DC potential, a copper electrode and chemical solution to test the porosity that can be read through a digital display on the device. It is an easy and accurate method to know whether the lacquer coating is continuous or has any pores in it.

Raise Lab offers user-friendly and easy to operate Lacquer porosity testing apparatus that is as accurate as any other imported equipment.

Revolutionize Lacquer Porosity Testing with the RLP-1 Lacquer Porosity Tester

Introducing the RLP-1 Lacquer Porosity Tester, where simplicity meets precision in a single device. Designed to offer seamless usability and accurate results, this model sets a new standard in Lacquer Porosity testing, ensuring the integrity of aluminum tubes, cans, bottle caps, and foils.

The RLP-1 epitomises precision, innovation, and simplicity, standing as a testament to our commitment to excellence. Located at C-2, Industrial Park, Moula-Ali, Hyderabad, India, this instrument redefines Lacquer Porosity testing across industries, setting new standards of quality assurance. Welcome to a world where technological prowess meets user-centric design.

Raise Lab Equipment has been successfully catering to the needs of pharma labs, researchers, and quality control analysts for a long time. In the process, it has added one more feather to its cap – automated tablet disintegration tester. Without requiring much manual force and intervention, the apparatus is rich in quality, most durable, advanced and affordable. Let’s see the details in brief.

The apparatus is simple and adopts a vessel that contains the tester medium that replicates human stomach acids. This is for the accurate calculation of the time taken for the sample to fragment into granules. The test aids in the development of tablet formulations further.

Why is it important to have one tablet disintegration tester in your lab?

When individuals consume a solid tablet, its compounds should immediately disintegrate within the stomach and start their action of healing. When the tablet takes more time than usual, there arises the need of formula correction or compound evaluation for faster dissolving.

The more advanced apparatus a lab has, the more reliable it becomes. So, if you are on a spree to zero in on some progressive lab equipment to suit the testing requirements, order one from our hub today.

One of the crucial phases of the pharma production process is sieving or segregating particles of varied sizes. Sieving is a widely used analytical technique adopted by labs and manufacturers to determine the particle sizes ranging from micro to macro units, from coarse to fine powders. Sievers or Sieve shakers aid in segregating and eliminating any unwanted by-products that could mix up into the drug production.

How does a Siever work and look like?

Sieve Shaker: Automated Sieve machines are fine wires of stainless steel, brass or copper materials without any coating to prevent contamination of the particles. Sieve meshes are arranged in a stack with each mesh varying its pore size to allow the particles to pass through them to the next chamber. This allows the fine sized powders to collect at the bottom chamber leaving the bigger coarse powders in the upper meshes. The segregation is achieved by agitating the sieve machine – horizontal and vertical sieving are majorly used.

As chemical compounds and powders vary in density and sizes, it is required to analyze the particle nature based on their characteristics like shape, surface and size. Some labs use image processing to analyze the contaminants or particle size distribution which demands additional cost and time. Sieving is a cost-effective method to separate particles based on sizes. The major purpose of sieving technique is to extract information about any possible by-products, contaminants.