Medical Lab Management

How to Choose the Right Medical Lab Management System for Your Laboratory

As a medical or clinical lab owner, you know that a medical lab management system is a must-have technology for your organisation. Looking at the lab technology market, you will realise that it is huge and has so many options available. But, how do you know what works best for your needs? Well, you should not worry. We have done our research, and we have found the best LIMS on the market today. We have also included a buying guide to help you navigate the processes as well as find the ideal LIMS for your lab. So, if you are wondering how to choose a LIMS for your lab, read on to learn.

SapioScience ( offer a comprehensive medical lab management system and are one of the most trusted names in the field.

Aspects to Consider when Choosing the Right Medical Lab Management System for Your Lab

Selecting the best LIMS for your laboratory impacts a lot of activities in the medical facility or organisation. In this section, we will look at some of the factors that you should carefully assess as you acquire a LIMS for your lab.

  • Your industry: You must assess your industry as you select the LIMS. There are many LIMS systems whereby some have been designed for specific medical laboratories. If you run a clinical lab, you will need a different one from a person who runs a food testing laboratory.
  • The type of your lab: What kind of laboratory are you running? Is it a QC or QA lab? Some labs are great for medical analytical projects, while others are great medical manufacturing laboratories. Once you have ascertained your lab type, it becomes easy getting the right system.
  • The amount of flexibility you need: While most systems have similar abilities and features, you will realise that some have higher flexibility than others. When choosing these solutions, carefully check your needs and determine the flexibility and control you want for the business.
  • The IT architecture in your organisation: The kind of LIMS you get is dependent on the IT infrastructure in your medical business. If you have an established IT infrastructure and resources, you will stand a better chance of getting the best solution.
  • Your budget: How much money are you willing to spend on the LIMS? These systems come at a cost. You will find that the cost depends on the features, the developer, and the extra charges. Sometimes the providers will require that you pay for the LIMS licenses, standard functionality, additional cost of modules, customisation, and annuity maintenance.
  • Scalability: Every businessperson starts their enterprise to grow it over the years. When purchasing the LIMS system, you should check how scalable the system. It saves you a lot of time and money when you want to upgrade your business.
  • Available support: When selecting LIMS software, you need to find a provider with 24/7 customer support. Since it is an online system, you will need help from time to time. Your selected system should offer various communication channels in your time of need.
  • Security: The fact that this is an online system means that it is susceptible to security threats. You need to find a system that has excellent security measures for its clients.

The Benefits of Using LIMS System at Your Medical Lab

Finding a great LIMS positively impacts your business. Besides saving your business time and money, you also enjoy the convenience that comes with a perfectly working LIMS. Here is a quick peek at the benefits of using the LIMS system at your laboratory.

  • Reduced maintenance cost
  • Enhanced data storage for monitoring and auditing
  • The business gets an excellent interface that conveniently works well with any database and other software
  • You get constant updates and notifications promptly
  • Enhanced security
  • Easier tracking and monitoring

The Most Important Features of a Good Medical LIMS

While there are many LIMS in the market, a few features will stand out in all of them. Here are some features that you should be on the lookout for.

  • The system should be easy to configure with all your existing systems
  • It should be compatible with the clients’ requirements and laboratory needs
  • It should have easy tracking from the lifestyle, accessioning, storage to the permanent disposal of the samples
  • It should offer you that comfortable and user-friendly interface with accessible modules
  • It should foster great integration between all the instruments of the laboratory or facility
  • It should have high-quality customer support

Industrial Thermal Imaging Cameras for Temperature Monitoring

Thermal imaging cameras are camera types that are used to convert heat (thermal energy) to colour (visible light) to analyse a particular scene or object. The name given to the image produced by a thermal imaging camera is thermogram, while the process of analysing the image is called thermography.

Most industries use thermal imaging cameras to monitor temperatures and object movements.

Infrared cameras are another tool used to detect heat. It can survey some electrical equipment like high voltage, clamp and faults in various conducting joints and corrosion effects.

The working principle of industrial thermal imaging cameras is based on the fact that all objects radiate heat energy out of their surface. Industrial thermal cameras use a microbolometer which is a device used to detect thermal energy in things. The detecting device comprises sets of pixels made of different materials, mainly vanadium oxide and amorphous silicon.

The material used in the industrial thermal imaging camera will change its electrical resistance when it is heated by the thermal energy radiated by the objects. The electric resistance can then be calculated, measured and converted to an easy to read temperature value. For each temperature value you see on display, a thermogram is developed by allocating shades or colours.

What to consider when buying the best industrial thermal imaging cameras?

Several components are available that can change the quality and price of an industrial thermal camera. The most and main important factor you should consider when buying a thermal camera for your industrial monitoring include:

  • Thermal sensitivity
  • Detection resolution

Detection resolution involves the number of pixels present in the microbolometer array. For most industrial thermal imaging camera detectors, 640ꓫ480, 320ꓫ240, and 160ꓫ120 pixel are the available resolutions.

The first set of numbers on the resolution pixel represents the number of horizontal pixels, while the second part translates to the vertical pixel in an array. For example, a 320ꓫ240 cameral detector produces screen images containing 76800 pixels.

Each pixel has a different temperature associated with them. The higher the resolution, the more visible and clearer the images are on display.

Thermal sensitivity is the ability of the camera to detect the slightest temperature difference. For example, an industrial camera can differentiate two different surfaces using a degree temperature difference of five-hundredths if it has a sensitivity of 0.05⁰C.

The size of the surveying area will determine the resolution required.

Features present in the industrial thermal imaging cameras

The most important component found in thermal cameras is a memory card which can transfer captured images via USB interface into the PC. All the imaging cameras contain software that allows image analysation to create final words for industrial safety.

Like other electronic devices, thermal cameras contain a device that makes one imager more suitable and attractive than others based on a particular user.

Different manufacturers offer different style and design of industrial thermal imaging cameras to suit different market needs. We offer the best and high-quality FLIR thermal cameral for monitoring your industrial activities for safety and inspection failures.

It is essential to own your industrial thermal imaging cameras since they hold crucial information that you can use in future for costly repair reduction and inspection failures.

Reasons why thermal imaging cameras work better at night

Ambient temperature plays an important role is the best performance of thermal cameras at night. The environment’s core temperature and unheated objects are significantly low at night compared to a sunny day.

Thermal imaging sensors can display warm surfaces very well at high contrast. The unique lens in thermal cameras helps it to focus infrared energy produced by an object onto a thermal detector which is heat sensitive.

Thermal cameras are unaffected by light; hence they work in daylight using similar strength as in total darkness.

Unfortunately, industrial thermal imaging cameras cannot see through walls since the walls are thick and insulated enough to prevent infrared radiation penetration.

Type of thermal imaging cameras

There are three main types of thermal cameras: long wavelength, mid-wavelength and short wavelength. Each thermal imaging camera type has a role to play in industrial monitoring and maintenance based on the operation and use.

The ability to see objects in the dark makes heat imaging cameras different, meaningful, and more advanced than regular cameras. Always head to a reputable dealer like Process Parameters or Fluke.