Description
Overview
RUBI TX-MAX manual tile cutters combine a 1,200 kg multipoint breaker with a rotating square for straight and angled cuts in ceramic tile, porcelain and extruded stoneware. Choose the TX-710, TX-1020 or TX-1250 by the actual cut length and diagonal tile size. The larger models add support for large-format pieces; the TX-1250 also has integrated wheels for transport.
Features
- Trigger-operated ratchet system supports one-handed separation with a clear view of the score.
- Rotating square adjusts from 0° to 45°.
- 30 mm tubular steel guides, reinforced aluminum head and self-lubricating bushings.
- Soft-grip handle; TX-1020 and TX-1250 add side arms and galvanized floating tables.
- TX-1250 includes four support arms and a wheeled carrying case.
What's Included
- Selected TX-MAX tile cutter.
- 8 mm SILVER and 22 mm EXTREME scoring wheels.
- Carrying case with handle; TX-1250 case has wheels.
Specifications
- Cutting thickness: 3–21 mm (1/8–13/16 in.)
- Maximum separator force: 1,200 kg (approximately 2,645 lb)
- TX-710 MAX / 17910: Straight: 71 cm (28 in. nominal); diagonal: 50 x 50 cm (20 x 20 in. nominal); weight: 13.3 kg / 29.3 lb
- TX-1020 MAX / 17916: Straight: 102 cm (40 in. nominal); diagonal: 70 x 70 cm (27 x 27 in. nominal); weight: 19.4 kg / 42.8 lb
- TX-1250 MAX / 17922: Straight: 125 cm (49 in. nominal); diagonal: 85 x 85 cm (33 x 33 in. nominal); weight: 26 kg / 57 lb
- Model: 28" TX-710 MAX; 40" TX-1020 MAX; 49" TX-1250 MAX
Applications
Use for professional scoring and breaking of ceramic wall and floor tile, porcelain and extruded stoneware. The rotating square supports angular layouts, while the side supports on the larger cutters help accommodate large-format tile.
Selection and Use
- Compare your longest required cut with the selected model’s straight capacity. For diagonal layouts, use the diagonal capacity—not the straight-cut length.
- Match the scoring wheel to the tile surface and material. Supplied wheels use the PLUS-compatible format.
- Some ceramics thicker than 15 mm can be difficult to break manually because of internal stresses or the surface finish. Make test cuts before committing to the full job.
