LBQ01

Aluminium Spacer Cutting Saw

Description

Dedicated saw and support table for cutting aluminium insulating-glass spacer sections.

Dedicated saw and support table for cutting aluminium insulating-glass spacer sections.
Included in the catalog as auxiliary equipment for an insulating-glass production workflow.
Confirm the current configuration, working direction and interfaces with the main line before ordering.

Specifications

Catalog statusAuxiliary equipment listing

Detailed parametersConfirm in the current quotation

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

Direct answer

What is the LBQ01 IGU spacer processing machine?

The LBQ01 is an IGU spacer processing machine. It is catalogued as a dedicated saw and support table for cutting aluminium insulating-glass spacer sections.

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.

LBQ01 FAQs

What is the LBQ01 IGU spacer processing machine?

The LBQ01 is an IGU spacer processing machine. It is catalogued as a dedicated saw and support table for cutting aluminium insulating-glass spacer sections.

What profiles or operations is the LBQ01 designed for?

Dedicated saw and support table for cutting aluminium insulating-glass spacer sections.

What is the working range of the LBQ01?

Catalog status: Auxiliary equipment listing; Detailed parameters: Confirm in the current quotation. Confirm the required profile sections and finished-part dimensions against the final machine configuration.

Which utilities should be checked for the LBQ01?

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 LBQ01?

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.