Enhance the performance of your existing equipment with targeted upgrades and modern retrofits. Our innovative solutions boost throughput, improve shingle precision, and streamline your production process—saving you time, reducing waste, and increasing overall productivity.
Engineered to securely lock the cutting cylinder bearing housings in place, ensuring consistent and precise gapping between the carbide knives and the carbide anvil rings.
Our Hydraulic Carriage Raising Upgrade replaces a traditional 2-point lift system with a modern 4-point controlled hydraulic solution, delivering smoother operation and improved load distribution across the carriage. The system provides smooth, controlled movement during raising and lowering, helping reduce the risk of parting block damage while maintaining more consistent cutting cylinder positioning. This stability directly supports improved cutting precision and overall process reliability. By minimizing variation and wear, the upgrade also contributes to lower long-term maintenance requirements and reduced operating costs. Designed as a reliable, standalone solution, it ensures dependable day-to-day performance and long-term equipment support.
A heavy-duty support structure, table and floor mounting, and a 21-1/2 inch-wide scissors provide excellent stability and reliability. The cylinder has been positioned at twenty degrees for more capacity at less working pressure. This means long service life under the most demanding loads. A consistent, reliable proportional valve provides a gentle but fast downstroke.
This servo conversion modernizes your shuttle and gives you enhanced control over your processes—all right at your fingertips.
With recipes for numerous applications, you’ll have the ability to fine-tune your shuttle speeds that your production demands. You’ll benefit from increased production time, reduced maintenance costs, and improved control-ability.
Replaces legacy mechanical deceleration valves with an electronically controlled system designed to improve precision and reliability. A laser-based control module manages shuttle and scissors‑lift speed and descent, while programmable motion control provides consistent and accurate positioning during operation.
Using a servo‑positioned valve, the system delivers smooth and repeatable lift movement and reduces mechanical wear. Eliminating the mechanical valve components decreases overall maintenance needs and improves long‑term system reliability. This upgrade serves as a direct replacement for older valve configurations, providing a modern and more stable control architecture for shuttle lift applications.
