Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up
Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up (Part No. 372.33.530) is the ideal lift-up front... Read More
Product Details
Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up (Part No. 372.33.530) is the ideal lift-up front fitting for clean, effortless access in cabinets where style and smooth operation matter. Designed as a parallel lift-up front fitting, this option is perfectly matched to the Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up requirements—cabinet height 430–600 mm, minimum flap height 388 mm, and flap weights from 1.6 to 3.3 kg.
Built for reliable day-to-day use, it’s suitable for one-piece flaps made from wood, glass, or aluminium frames, making it a versatile choice for both living spaces and commercial installations. The fitting supports cabinet depth of ≥277 mm, helping you create a neat, professional finish without compromising functionality.
Featuring a steel fitting with a plastic cover cap, and a nickel-plated appearance, the hardware is finished in a modern grey tone to complement contemporary cabinet designs. Whether you’re planning a stylish kitchen upgrade or a practical office/storage solution, the grey cover colour helps deliver a cohesive look.
Installation and fine-tuning are made easier with precise adjustment: height adjustment ±1.5 mm, side adjustment ±1.5 mm, and incline angle adjustment ±1.5°. With dependable holding power and carefully engineered geometry, your flap stays secure when open and closes smoothly.
Choose the Parallel Lift Up Front Fitting, for One-Piece Flaps, Free Up for a dependable lift-up experience—backed by the Hafele Lifetime Guarantee (25 years).
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