skip to main content

Riley Surface World uses cookies to give you the best experience on our website. If you continue we assume that you consent to receive cookies on our website. Read More

X
Machines & equipment for sale

Oxford Applied Research Solar Vacuum Laminator

Direct From Site Clearance

Price [?]
Please call on +44 (0) 1922 45 8000
Part of a Direct Site Clearance
Semiconductor and Diffusion Equipment
Condition
From a working environment, Good Condition
Add to Quote Book Appointment
Stock No
TZ271
Manufacturer
Oxford Applied Research
Model
Laminate All
Serial
F1079/ SF2225
Condition
From a working environment, Good Condition
Capacity
1200 x 600 tbc
Process Application
Laminate and Cure
Other Info
Mobile heavy duty build qualtiy
Location
Our Central Warehouse, Aldridge, UK

Description

Oxford Applied Research Solar Vacuum Laminator

System Overview

Vacuum Lamination
The laminating process is performed in a vacuum chamber which is divided into upper and lower parts by means of a diaphragm.
lower part contains a heated platen on which the panel to be laminated is placed. The process is illustrated in figure 2.1 and typically consists of the following steps
(i) The panel is placed in the chamber, the chamber is closed and both sides of the diaphragm are evacuated
(ii) The panel is heated to the correct temperature.
(iii) Atmospheric pressure is admitted to the upper part of the chamber, forcing the diaphragm to press onto the panel
( v) The lower part of the chamber is let up to atmosphere.
(v) A high temperature cure process, followed by cooling may then take place, or the panel is removed

Operating modes
The system can be operated in any of three modes.
Mode 1  Automatic Laminate 
Mode 2  Automatic Laminate and cure
Mode 3  Manual operation


Mode 1 - The platen is held at a constant temperature  Both sides of the chamber are pumped down and when the pre-set pressure is reached in both parts of the chamber, the pumping time  is started. At the end of time, the upper part of the chamber is opened to atmospheric pressure and the compression time is started. At the end of time the chamber is let up to atmosphere and the cycle is complete.

Mode 2  - The platen is initially held at a constant low temperature. Both sides of the chamber are pumped down to the pre-set pressure. At point the pumping time  is started, and also the temperature is ramped up, at a rate to the laminate temperature. At the
end of this time, the compression phase is started and at the end of this phase the chamber is vented. In parallel with the vacuum cycle
the temperature controller holds the laminate temperature for a dwell time and then ramps up at a rate to the cure temperature. After a further dwell time the temperature controller reduces to the set point, which starts the cooling system.

Mode 3 -The vacuum system is controlled directly from the mimic panel by the operator

Vacuum chamber
The vacuum chamber is an aluminium vessel consisting of two parts hinged together like a clam shell. This allows the chamber to be opened to insert and remove panels to be laminated. While open, the upper shell is supported by gas-filled struts. Both shells have stiffening ribs to prevent them distorting under the pressure of the atmosphere. The upper shell has the glass-fibre­ reinforced silicone-rubber diaphragm, which divides the chamber into two parts. The lower shell contains the heated platen.

pdf icon Print / Download Oxford Applied Research Solar Vacuum Laminator Datasheet

Additional files

Photographs taken prior refurbishment. Our refurbishment service is not available on all machines.