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1" Stroke, 0.236" Shaft Diam, Double-Acting Cylinder, Pneumatic Slide MPN:DLT-06-E-C-1
1" Stroke, 0.236" Shaft Diam, Double-Acting Cylinder, Pneumatic Slide
De-Sta-Co's DLT-06-E-C-1 is an incredibly versatile pneumatic slide that delivers remarkable precision in movement and positioning for manufacturing and assembly industries. Featuring a compact design, this cylinder is ideal for use in tight spaces where accuracy and repeatability are critical. With its stainless steel construction, this slide is built to withstand the toughest conditions and provides exceptional performance over time. Its composite bushing offers low friction and longer-lasting operation, while the double-acting design allows for bi-directional movement. Included with this slide are a hardened steel target and mounting hardware for easy installation. Designed for use in extreme temperatures (-35C to 180C), the DLT-06-E-C-1 is suitable for applications in various industries, such as automotive, food processing, and aerospace.
Top product features:
- Compact for Extremely Small Spaces This feature allows users to fit the DLT-06-E-C-1 slide into tight and small spaces while still maintaining accuracy and precision in movement.
- Repairable Cylinder With this feature, users can repair or rebuild their cylinder instead of replacing it entirely, making it more cost-effective over time.
- Stroke Adjustment The DLT-06-E-C-1 slide allows for stroke adjustments, which means that the user can increase or decrease the length of the stroke depending on their needs and application.
Top product applications:
- Automated assembly and packaging lines The DLT-06-E-C-1 can be used to position or move materials, components, or finished products during manufacturing processes, making them more efficient and reducing human error.
- Material handling equipment The double-acting slide can handle various loads, lift heavy objects, and position them in precise locations, aiding workers in their tasks and reducing the risk of injuries.
- Robotics and automation The compact size and ability to operate under harsh conditions make it suitable for use in robotic systems, where space is limited, and environmental factors can be challenging.
