LY-16

Aluminium Profile Hardware Press

Description

Four-station press for punching handle slots, corner features and connecting-rod holes in aluminium door and window hardware work.

Designed for holes and slots used by aluminium door and window hardware.
Four standard stations support handle-slot, corner and connecting-rod punching operations.
Dedicated dies define each punched feature.

Specifications

Nominal pressure16 kN

Punching stroke30 mm

Die size250 x 250 x 500 mm

Overall dimensions500 x 400 x 1,250 mm

Specifications are transcribed from the current catalog. Confirm voltage, configuration and final technical scope in the quotation before ordering.

Direct answer

What is the LY-16 aluminium punching machine?

The LY-16 is an aluminium punching machine. It is catalogued as a four-station press for punching handle slots, corner features and connecting-rod holes in aluminium door and window hardware work.

Information to prepare before requesting a quote

Profile drawings, material and product system.
Required cuts, angles, holes, slots or milling paths.
Workpiece dimensions, target output and local utilities.

LY-16 FAQs

What is the LY-16 aluminium punching machine?

The LY-16 is an aluminium punching machine. It is catalogued as a four-station press for punching handle slots, corner features and connecting-rod holes in aluminium door and window hardware work.

What profiles or operations is the LY-16 designed for?

Designed for holes and slots used by aluminium door and window hardware.

What is the working range of the LY-16?

Nominal pressure: 16 kN; Punching stroke: 30 mm; Die size: 250 x 250 x 500 mm. Confirm the required profile sections and finished-part dimensions against the final machine configuration.

Which utilities should be checked for the LY-16?

Confirm the site voltage, frequency, compressed-air supply and final installed load in the quotation before preparing the factory connection.

What should a buyer provide when requesting a quotation for the LY-16?

Provide profile drawings and material, required operations and angles, minimum and maximum workpiece sizes, target output, local power supply, compressed-air details and any loading, coding or extraction requirements.