Induction Sealer The MeRo 2KW Air Cooled unit is a reliable racehorse with standard features that many quote as confusingly priced options. It is what we call the medium priced high end machine. The machine has a Motorised Height Adjustment, Missing Foil Detection, and Bottle Accumulation Detection. It also has an energy trasnferred reading for […]
cap sealer
What Shape Sealing Head is Best on an Induction Sealers?
Induction Sealers To understand this question of the sealing head shape we must first understand how an induction seal is achieved. The sealing head is the part of the machine that is placed over the path of the product cap/lid. Within the sealing head is usually long oval shaped coils of thick wire that carry […]
MeRo Flat Caps
Flat Caps With Induction sealing it is important to identify if your range of plastic caps is considered “Flat Caps” or specialty caps. A “Flat Cap”, generally speaking, refers to a cap where the plane of the induction liner is within 4.0 mm of the plane of the Cap’s top surface. See the picture below: […]
MeRo Sealer Machine Introduction
MeRo Induction Sealer Machine Range We believe there is no better value medium priced “High End” Induction Sealing Equipment. There are unique features to allow process validation and adjustable width sealing head tunnels are available. MeRo Induction Sealer Machines feature: An Air cooled system (Absolutely no need to water cool the induction head). Compact […]
SealerOn™ Induction Machines – Take a Closer Look
What is Induction Sealing? Induction sealing is a common packaging process to bond a foil seal across the opening of container, jar or bottle. Usually the foil seal is placed into the cap or closure of the product to be sealed and then the cap or closure is placed over the filled product. The product […]
MeRo™ Specialty Caps
The MeRo Induction Sealing machines allow for versatility of the Tunnel Sealing Head by offering an Adjustable Width Tunnel. With this unique feature you can cater for a range of different diameter Specialty Caps and obtain the most efficient energy transfer possible (This means high throughput is possible with a lower power setting). A Tunnel […]
