Heat Seal Controls and Heat Seal Components used in new and upgraded Heat Sealing systems for packaging and similar applications. The unique heat seal technology employed is the product of more than 25 years of continuous development to produce consistent and repeatable heat seals. Perfect Heat Seals ... Everytime!
9 Steps To Heat Sealing Perfection

A systematic approach for improving performance while obtaining superior results with stronger, more attractive heat seals.

CERTIFIED PERFORMANCE and VALIDATION
More and more high quality packaging is being done with plastic film materials that can be conveniently and inexpensively joined by the use of impulse heat sealing because the impulse method provides control over the cooling cycle. The final bond is made during cooling and no other system can provide a controlled cooling capability.

The integrity of the package is important in most applications and is critical when packaging certain products such as food, pharmaceuticals, medical devices, and electronic components; and the integrity of the package is no greater than the integrity of the package seals.

Making packages of high integrity becomes increasingly important when the need for extended shelf life and worldwide distribution create the demand for superior packages. The challenge becomes even greater when using high-speed automatic packaging machines because the time available for sealing is reduced to seconds or milliseconds.

Individual product inspection is expensive, subject to human error, and sometimes virtually impossible to accomplish. It therefore follows that the sealing process must be controlled to the highest possible level to reduce the risk of defective seals and the attendant rejects, loss of product, production efficiency, and worst of all; loss of a customer.

It was in response to the need for seal integrity that -
“The Optimum Sealing System” was developed, and is now available wherever perfect heat seals are required, be it product or package.

When technology is employed, machines can be Certified to produce consistent and repeatable results thereby minimizing the risk of failure and reducing the dependence on inspection to assure perfection.

The sealing system must be fast with controlled heating and cooling cycles that are predictable and repeatable regardless of changes in the local environment and power fluctuations. In addition, the system must have built in monitors to detect deviations from prescribed protocol and activate alarms.

This is easily done on new or existing machines by installing , the Certifiable sealing system that has been designed by experts skilled in the art of producing high integrity seals.

The most certain way to attain maximum efficiency and highest production rates is to call upon the experts at Toss Machine Components to get a custom designed, plug and play, system that is recognized in the industry, and accepted by monitoring agencies.

The “Heart” of is the Controller that is Certified to conform to NIST standards. The Controller with its digital display and keypad can easily set-up a time- temperature program that is optimized for the material being sealed. Upper and lower limits can then be set that will activate an “Alarm” in the event the limits are exceeded. These features and more are built-in to assure safe and Certifiable performance.

operates by using Alloy-20 ® C. Heatseal Bands that have the unique ability to be the heat source for sealing while concurrently sending an instantaneous feedback signal to the Controller for temperature regulation. This method eliminates the need for thermocouples and the inherent error and feedback delay encountered with their use.

Validation is easy with because the Certified components are guaranteed to be consistent and repeatable and the heat generated over the length of the seal must be absolutely uniform as a consequence of the design. In order to facilitate machine validation Toss Machine Components can provide a helpful Validation/Certification Manual that outlines the procedure and provides necessary detailed information.

Contact Toss Machine Components today to learn more about the unique abilities of - “The Optimum Sealing System”

Summary

Designing a high performance Heatseal System is not simple, but it is not difficult if one has some guidelines. We have tried to provide information that will aid in understanding the elements of the system that one must consider. If you are engaged in a Heatseal System design and desire assistance, call the people at . The people at are specialists in plastic heat sealing technology, equipment and related devices. They can assist you in developing improved heat seal performance on your machines, old or new. They do it every day.

With Technology — it’s easy to achieve
Heatseal Perfection!

STEP 1
Heatseal Configuration
Determine what is expected from the seal.

STEP 2
Heatseal Band Selection
Select the proper Heatseal Band for the job.

STEP 3
Modes of Sealing
Which sealing mode is best for this application?

STEP 4
Heatseal Jaw Design
How to make a functioning Heatseal Jaw?

STEP 5
Heatseal Band Back-Ups & Jaw Facings
Select a facing for the jaw.

STEP 6
Anti-Stick Provisions
Keep the hot plastic from sticking.

STEP 7
Timing
When to heat and when to cool.

STEP 8
Transformer Selection
Size the transformer.

STEP 9
Controller Selection
Pick the right controller for the job.

CERTIFIED PERFORMANCE and VALIDATION

SUMMARY
How to make a functioning Heatseal Jaw


Contact us for
the following
information and
resources...

Controller Specifications

Heatseal Band & Supplies

Instruction Manual

Installation Guide

Troubleshooting Guide


9 Steps to
Heatsealing
Perfection Guide
Order your free copy online or call today...

610-759-8883


AND
are dedicated
to providing superior
heat sealing capability
to the packaging industry.

PACKAGE SEALING
MACHINES

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Phone: 610-759-8883 | Fax: 610-759-1766
Email us at: info@tossheatseal.com