When tiling, whether floor or wall tiles, you will often need to make
certain cuts in your tiles. For this purpose, there are a number of dif
-
ferent tile cutters to choose from
- The manual tile cutter has a carriage with a carbide wheel which scores the tile.
The tile is cut in two phases:
* The enamel surface of the tile is scored by passing the wheel
over
it once.
* The tile is then broken along the scoreline using the system that
enables you to place pressure on the two parts that are to be separated
- The electrical tile cutter uses a disk (which passes through a tub of water) which
is mounted on an adjustable table. It is the ideal tool when there are a lot of tiles
to cut (large surfaces) and especially for very hard tiles such as marble, stone or
terracotta. It makes very neat cuts, and there is no risk of breaking the tiles because
it works by abrasion.
There is a variant of the electrical tile cutter, which is a mobile disk moun
-
ted on a carriage. The radial movement that is produced using this method is more
fluid. This tool is used for larger-scale projects and generally enables longer lengths
and widths to be cut, to handle large slabs, for example.
The dimension of the machine to use will depend on the dimensions of the tiles
to be cut. For example, to cut a diagonal across a tile that measures 30 cm along a
The laser, if your machine has one, produces a beam of light which shows you
where the blade will go.
Look for a machine whose cutting capacities are suited to the kind of work you are
doing.
The quality of the disk is important for the quality of the cut..
Some electric tile cutters are fitted with water pumps, to keep the disk permanently
wet. This is because a water disk that gets too hot loses all of its performances.
Some disks contain cobalt, because of its heat-dispersing properties.
ADVICE SHEE
T
TILE CU
TTERS
EN
Summary of Contents for TCR520
Page 2: ...2200 W...
Page 8: ...01 05 06 11 14 15 FIG B FIG A 02 07 08 09 12 13...
Page 9: ...FIG C 02 04 01 03 06 07 08 09 10 11 12 13 AAA 1 5 V 14 05 15...
Page 10: ...FIG D 05 09 06 04 02 01 05 05 05 08 12 07...
Page 11: ...06 FIG D AAA 1 5 V 14 07 1 h...
Page 12: ...08 FIG D 01 FIG E 15...
Page 13: ...03 04 FIG E 0 45...
Page 14: ...05 FIG E 06 07...
Page 15: ...08 100 mm 0 45 100 mm 100 mm...
Page 16: ...01 FIG G 01 FIG F 10 11...
Page 32: ...FIG F 01 01 FIG G EL 01 03 07 04 08 05 06...
Page 40: ...FIG F 01 01 FIG G BU 01 03 07 04 08 05 06...
Page 46: ...FIG F 01 01 FIG G RU 01 03 07 04 08 05 06...
Page 54: ...FIG F 01 01 FIG G HE 01 03 07 04 08 05 06...
Page 56: ...FIG F 01 01 FIG G AR 01 03 07 04 08 05 06...
Page 73: ...TCR 520...
