Constanta 2316 Stop angle

उत्पाद वर्णन

The Constanta 2316 Stop Angle is a precisely engineered component used in Constanta teabag packing machines to control and limit the movement of mechanical parts, ensuring accurate positioning during the packaging cycle. It plays a key role in maintaining synchronization and alignment across moving parts, especially during teabag forming, sealing, or tagging.

Manufactured using high-strength, wear-resistant material, this stop angle is built to withstand continuous high-speed operations without deformation or fatigue. Designed to match OEM specifications, the 2316 Stop Angle ensures perfect compatibility and quick, hassle-free installation, minimizing downtime during maintenance or replacement.

This component is essential for achieving consistent teabag quality, reducing the risk of mechanical misalignment, and extending the life of surrounding machine parts. Its especially useful for operators seeking to maintain performance levels without the high cost of OEM parts.

Compared to the OEM version, our replacement offers equivalent durability and precision at a much more competitive price, making it an ideal choice for cost-conscious manufacturers who refuse to compromise on quality.

OEM-Compatible Fit
Enhanced Durability
Reliable Performance in High-Speed Operation
Cost-Effective Alternative to OEM Parts

Engineered for Demanding Textile Operations

Built with high-strength, CNC-machined steel and enhanced by a corrosion-resistant zinc plating, the Constanta 2316 Stop Angle is designed to withstand harsh textile production environments. Its robust construction ensures durability under heavy loads, frequent vibration, and repetitive mechanical operations, making it a vital accessory for textile machinery longevity and reliability.


Precision Alignment and Reliable Performance

The unique rectangular shape with an angled face ensures precise alignment and secure stopping action for weaving machinery. This reliable mechanical stop helps protect internal machine components, minimizes wear, and streamlines operations, translating to smoother machine performance and reduced maintenance downtime for textile producers.