Pyramid Packaging
Pyramid Packaging
Specialists in Packaging Solutions Since 1968
Call 800.547.5130

Fully-Automatic Case Sealers/Formers

Featuring...

Loveshaw, the leader in Case Sealers, Case Formers and Case Erectors.  Featuring Little David Case Former Machines.  Models ranging from semi-automatic to fully automatic and are designed to work with uniform or random box sizes.

Loveshaw, the leader in Case Sealers, features models ranging from semi-automatic to fully automatic and are designed to work with uniform or random box sizes.

Fully-Automatic Case Sealers/Formers…

 


LD-16A Case Sealer, Top and Bottom Case Sealer, Little David, LoveshawLD-16A Case Sealer

24 hours/365 days per year reliability are what you can expect from this Heavy Duty fully automatic top and bottom case sealer


Case Formers

Loveshaw is a leader in providing precise, reliable and cost efficient case forming. For over 15 years, Little David Case formers have been easily integrated into any production line and can be justified on volumes as low as 500 cases per day. Little David Case Formers are designed to provide all the features found in larger more costly case erecting packaging machinery. Our portable case erector system is less than 80" wide which allows it to fit into packaging production lines where space is a premium.

CF-5 Case Erector/Case Former, Fully-Automatic, Little David, LoveshawCF-5 Case Erector / Case Former

New! Semi-automatic, low-cost case former.


CF-20T Case Erector/Case Former, Little David, LoveshawCF-20T Case Erector / Case Former

A fully automatic Case Former built for applications that require a case erector with a small foot print and slower speeds


CF-50T Case Erector/Case Former, Little David, LoveshawCF-50T Case Erector / Case Former

The CF-50T has been designed to automatically form, fold, and bottom seal RSC corrugated cases.


CF-40T Case Erector/Case Former, Little David, LoveshawCF-40T Case Erector / Case Former

The CF-40T Case Erector is a fully automatic case former designed for easy size changeover and maximum user friendliness