Image shown may not reflect the final product

Festo SLF-10-10-P-A

Google Review Badge
£88.58 (ex. VAT)
Marvo Stock ID: MV-114QV
In Stock - 5 available
Condition:
New unsealed
Sold out
New sealed
Sold out
Refurbished
Sold out

5 in stock and ready to be dispatched - order now

Trusted by 10,000+ companies worldwide

From Fortune 500 enterprises to innovative startups, leading companies choose Marvo for reliable automation and control components.

Procter & Gamble Saint-Gobain Apple Hershey's United Coca-Cola Michelin Bridgestone Golf
Verified Customer Review
"Excellent service partially from Mark who stayed late to ensure the part arrived with me same day as this was a critical part for me even though this was my first time using Marvo. I will defiantly be using again."
- Josh Holt
Verified Purchase
Real Customer
Verified Purchase
5-Star Rating

Product Description

The Festo SLF-10-10-P-A is a precision-engineered mini slide designed for applications requiring compact and reliable linear motion. This component features a 10 mm stroke and a piston diameter of 10 mm, making it ideal for small-scale automation tasks. The mini slide operates with a double-acting mode, utilising compressed air to ISO 8573-1:2010 [7:4:4] standards, and is capable of handling operating pressures ranging from 0.1 MPa to 1 MPa. Its robust construction includes a ball bearing cage guide and a high-alloy stainless steel piston rod, ensuring durability and smooth operation. The SLF-10-10-P-A is equipped with elastic cushioning rings at both ends for effective energy absorption and reduced wear. With a corrosion resistance class of CRC0, it is suitable for environments with minimal corrosion stress. The mini slide's versatile design allows for optional mounting positions and position detection via proximity switch, making it a flexible choice for various industrial applications.

12 Month Warranty

Physical Specifications

0.230 kg
10.000 mm(L)
10.000 mm(W)
10.000 mm(H)

Latest from Our Blog

Fresh guides and insights to keep your lines running.

View all articles