Laboratory Heat Sealer machine
Heat Sealer machine manufacturer
Model ELI-LHS
Applications of Laboratory Heat Sealers
Lab heat sealing are really handy tools used in lots of different places, like industries and labs. Here are some common places where people use them.
Heat and seal machine are really handy tools used in lots of different industries and labs. For example, in pharmacies, they’re super important for sealing up medicine packs and vials, making sure they don’t get wet or dirty. Similarly, in food companies, industrial heat sealer are key for sealing food pouches and trays to keep the food fresh and stop it from going bad.
In labs, heat sealer machine have all sorts of uses. In medical labs, they’re used a lot for sealing bags and containers with important samples, keeping them clean and accurate for tests. Biotech labs also use best heat sealer machine for plastic packaging to protect plates and tubes holding samples or chemicals from getting contaminated. And in labs that do chemical tests, heat sealing machine are used to seal up bags or containers with chemicals inside, so nothing leaks out and messes up the results.
They’re also really important in clinical labs, where they seal containers and tubes with patient samples to make sure they’re safe and accurate for testing. And in research labs, heat sealers help keep experiments consistent and reliable. They’re even used in forensic labs to seal bags with DNA samples, keeping the evidence intact. Tools like Color Matching Cabinets and Digital Edge Crush Testers are indispensable.
- A guide rod mechanism ensures precise movements
- Maximizes outcomes for effective sealing management.
- Sturdy heating jaws guarantee consistent and dependable performance resulting in accurate results.
- Temperature Adaptability: Independent jaw adjustment options make customization simple.
- Clear Monitoring: A bright LED display gives you feedback in real-time, which makes it easier to monitor.
- Precise Regulation: A PID temperature controller guarantees accuracy by ensuring stability and repeatability.
- Convenient Timing: With customizable settings, a digital preset timer keeps tests on schedule.
- Pneumatic pressure control creates the best possible conditions for dependable sealing.
- User-Friendly Operation: Testing procedures are simplified by using a single push of a button.
- Preventing Slippage: Through uniform specimen placement, the design effectively prevents slippage, ensuring consistent results.
| Temperature Range: | Ambient to 350ºC for equipment. Ambient to 230ºC for sealing temperature working range. |
| Power Supply | 220V, single phase, 50 Hz. |
| Timer: | Digital with 4-digit display. |
| Heat Sensor | Pt-100 Platinum Resistance Temperature Detector (RTD). |
| Dwell Heat Seal Time: | Adjustable from 0.1 to 99.9 seconds. |
| Least Count/Resolution | 0.1ºC. |
| Sealing Pressure: | Adjustable from 2 to 6 Bar. |
| Temperature Controller: | PID controller with 4-digit display. |
| Sealing Size Options: | 150×15 mm or 300×15 mm. |
| Accuracy | ±1ºC. |
| Accuracy | ±1ºC. |
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FAQ's
A tool used to create airtight seals on a variety of materials, including plastics, films, and pouches, is a laboratory heat sealer. It ensures a tight seal by utilizing a heat sealing machine to melt and fuse the material.
Food packaging, pharmaceuticals, medical devices, and research labs all use laboratory heat sealers. Products are packaged and sealed with them to protect them from contamination and preserve their integrity.
A laboratory heat sealer typically consists of temperature and pressure controls, sealing jaw mechanisms, and heating elements that generate heat. The sealing jaws are heated to the desired temperature after the material to be sealed is placed between them. The material melts and cools to form a seal when pressure is applied.
Serrated, embossed, and flat seals are just a few of the seals that can be made by laboratory heat sealers. The requirements of the application and the design of the sealing jaws determine the type of seal.
The type of materials that need to be sealed, the required seal strength and integrity, the size and volume of the packaging, and any industry-specific regulatory standards or requirements are all important considerations.