Preparing Files

Please use the following checklist when preparing files to ensure the best quality output.

Supported Software:
Illustrator, PhotoShop, InDesign

Supported File Formats:
jpg (High Res) and psd formats only.

Mac Users:
EPS or PSD

Font Type/Style Issues:
If using Illustrator, convert all text to paths or embed the fonts. If using any other application, include screen fonts with your file.

Scans:
For optimum quality, scans should have a resolution of at least 150 dpi at 100% of size printed. DO NOT increase the resolution on low-resolution files. We offer hi-resolution scanning services if required.

Please inquire at admin@newimagephotos.com.au ATTENTION: Signage/Graphics department

Resolution:
When supplying pre-scanned images ensure these are at 300dpi at 100%, otherwise quality will be compromised.

Hardcopy:
To ensure proper imaging of your files, please include a hard copy of each page we are printing with your job.

Acceptable File Storage:
* CD ROM disc
* Smart media compact flash cards.

File Information:
* Clearly label all files
* Clearly label all discs with date, company name, contact details and job number if applicable.
* Clearly mark any special requirements
* Computer platform
* Fonts used
Mark each file with software used

IMPORTANT: The following are not acceptable as camera ready artwork:
- Business Cards
- Letterheads
- Artwork submitted in a Microsoft Word file
- Artwork submitted as a raster based file.

If you have any questions on correct Camera Ready Art please Email admin@newimagephotos.com.au ATTENTION: Signage/Graphics department

Finishing ------ menu

Finishing services refer to the treatment of prints to make them suitable for their end use. This may be inserting the print into a folder or applying the image to a substrate or backing board by means of a mounting adhesive. The majority of mounted materials are laminated with a gloss or matt film to protect their surfaces.

Typical substrates are:

* Coloured card or mounting board
* Foamed PVC - a relatively stiff light weight material available in – a range of thicknesses from 5mm to 30mm plus. MDF or Masonite – a heavy compressed pulp board usually – used in thicknesses from 3mm.
* Mats, computer or hand cut coloured, framed mats can give a – professional finish to honour boards or corporate photo displays.
* Aluminium – images that are required to be both thin and rigid – with long term durability are often mounted on aluminium sheeting.

Framing is also an integral part of our finishing services.
In the commercial sector, finishing converts an image into a functional and durable application, like point of sale display material, a floor graphic or back lit display.

Laminating ------ menu

The application of film laminates is basically for the protection of the printed image.

Lamination can protect from general wear and tear, by strengthening materials and by protecting from scuffs and abrasions. It can also preserve the appearance of a sign by protecting it from UV damage through exposure to sunlight.

Although modern inks have a very long projected fade-free life, New Image photographics recommends lamination as a low-cost option that provides a virtual guarantee of durability.

Mounting ------ menu

All the materials on which we print are flexible, so where rigid signs or displays are required, the printed material is mounted onto some kind of substructure.

In most instances, weight is an important consideration, so where possible we use light weight mounting boards like 'Foam-core' - an expanded plastic foam sheet sandwiched between thin card laminations, or 'Core-flute' an entirely plastic extruded sheet, with multiple hollow sections inside.

Where weight is not so important and greater strength is required, we mount prints on MDF, 'Masonite' or other propriety particle boards.

Installation ------ menu

Though most of the signs produced by New Image Photographics require no installation as such, we offer a full installation service for light boxes and other signs that require permanent fixtures, fittings and electrical connections.