Pharmaceutical Lab Instrument

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Pharmaceutical Lab Instrument Specification

Temperature
5C to 60C

Phase
Single Phase

Frequency
50 Hz

Usage & Applications
Laboratory testing and analysis

Features
High accuracy, robust construction, programmable settings

Noise Level
<65 dB

Type
Pharmaceutical Lab Instrument

Material
Stainless Steel

Capacity
5 Liters

Computerized
Yes

Control Mode
Digital/Automatic

Voltage
220 V

Power
500 W

Weight (kg)
60 kg

Dimension (L*W*H)
800 mm x 600 mm x 900 mm

Color
Silver/Grey

About Pharmaceutical Lab Instrument

A pharmaceutical lab instrument is any device used in a laboratory setting for the purpose of testing and analyzing pharmaceutical products, such as medications, vaccines, and other drugs. These instruments can range from simple devices like microscopes and centrifuges to complex machinery such as chromatographs, spectrophotometers, and mass spectrometers. They are used to measure the purity, potency, and safety of different pharmaceutical products, as well as to identify the active ingredients in the products. Pharmaceutical lab instruments are essential for ensuring the quality of drugs and other medications, and are an important part of the pharmaceutical industry.

Advanced Digital Control and Data Management

This instrument incorporates a digital LCD display and an intuitive touch screen panel for precise operation and effortless control. Compatibility with USB and RS232 data interfaces allows for straightforward data transfer and storage, supporting modern laboratory workflows effectively.

Safety and Reliability Features

Overload protection and an emergency stop button safeguard users and samples, making it suitable for continuous operation in busy laboratory settings. Its robust stainless steel construction and auto-calibration contribute to the instruments reliability and longevity.

Versatile Applications and Sample Handling

Designed for pharmaceutical, biomedical, and chemical analysis, the instrument can process up to 10 samples concurrently with high accuracy. Its programmable settings and broad ambient operating range (10C to 40C) offer unmatched flexibility for various laboratory environments.

FAQs of Pharmaceutical Lab Instrument:

Q: How does the auto-calibration function benefit laboratory testing?

A: The auto-calibration feature ensures consistent measurement accuracy by automatically adjusting the instrument to stable reference standards, reducing human error and minimizing downtime during routine calibration tasks.

Q: What is the process for loading and analyzing samples on the instrument?

A: Samples are placed in the designated holders within the 5-liter chamber. The touch screen panel is then used to select programmable settings. Up to 10 samples can be processed simultaneously, with results displayed on the LCD panel and stored via USB or RS232 interfaces.

Q: When are the safety features, such as overload protection and emergency stop, activated?

A: Overload protection automatically engages if the instrument detects excessive force or electrical load, preventing damage. The emergency stop button can be pressed at any time during operation to immediately halt all functions for user safety.

Q: Where is this pharmaceutical lab instrument best installed for optimal use?

A: Its benchtop design makes it ideal for placement in standard laboratory environments, including pharmaceutical, biomedical, and chemical labs. The instrument requires an ambient operating temperature between 10C and 40C and single-phase AC mains power supply.

Q: What advantages does computerized digital control offer over manual operation?

A: Digital and automatic control streamlines workflows, allowing users to efficiently program and execute tests with minimal manual intervention. This reduces errors, enhances repeatability, and enables advanced data management through the integrated interfaces.

Q: How is maintenance managed for the instrument, considering its robust design?

A: Routine maintenance requirements are minimal due to the stainless steel construction and low-noise operation. Users should periodically check device calibration and ensure storage at ambient conditions to maintain optimal performance.

Q: What fields and applications can benefit from using this instrument?

A: Pharmaceutical, biomedical, and chemical laboratories utilize this instrument for precise laboratory testing and analysis, benefiting from its versatility, high accuracy, and robust programmable features.

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