Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up
Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up. is a premium parallel lift up front fitting designed... Read More
Product Details
Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up. is a premium parallel lift up front fitting designed for smooth, effortless access to cabinet interiors. Built for one-piece flaps, this durable solution is ideal for kitchens, living spaces, and light commercial furniture where you want reliable lift-up performance with a clean, modern look.
Product subtitle: For one-piece flaps made from wood, glass or with aluminium frame, Cabinet height 380-500 mm, min. flap height 343 mm, flap weight 6.3-11.8 kg, grey — this fitting is engineered to suit a wide range of cabinet designs. It supports flaps made from wood, glass, or aluminium frames, helping you create versatile front panels without compromising stability.
Designed for easy precision alignment, the Free Up Parallel fitting offers fine tuning where it matters most. Enjoy height adjustment ±1.5 mm, side adjustment ±1.5 mm, and angle of incline ±1.5°, along with strong holding performance for everyday use.
Quality materials for long-lasting performance: the fitting is made from steel, finished with a nickel plated look, while the cover cap is plastic in a stylish grey tone. This means a neat visual match with many modern furniture styles.
With cabinet depth compatibility of ≥277 mm, this parallel lift system keeps installation flexible and dependable. For added confidence, it comes with the Hafele Lifetime Guarantee (25 years), making Product Part No: 372.33.522 a smart choice for installers and homeowners seeking quality flap fittings and stays.
Specifications
Area of application
For one-piece flaps made from wood, glass or with aluminium frame
Material
Fitting: Steel
Cover cap: Plastic
Colour/finish
Fitting: Nickel plated
Cover colour
Grey
Lid material
Flap type
For cabinet depth
Adjustment facility
Height adjustment ±1.5 mm, side adjustment ±1.5 mm, angle of incline ±1.5°, holding power