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TCT Double Flute Helps to reduce the effect of overlay joint line. DESCRIPTION Sometimes called 'waterfall effect' giving a non-drip edge to a worktop. TTXC214 has a shorter cut length, ideal for use on 12.5mm thick material. TTXC216 is fitted with self-guided Bearing for use with 15mm thick material. TTXC221 is ideal for use on 19mm (3/4 inch) thick material.
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DESCRIPTION A comprehensive range of straight fluted router cutters with diameters from 1.5mm to 50.8mm with parallel and internally threaded shank configurations. There are some left hand rotational cutters in this range. Part numbers starting with TTWLC are for use in inlay work and have a chisel point end. TTPH do not plunge.
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BALL GROOVER SINGLE FLUTE TCT A range of single flute ball slot cutters designed for pipe and cable laying into timber and MDF. DESCRIPTION Important - cut neck slot first, do not run on neck but use a side fence or guide. NB The neck does not cut. Suggested cutters for neck slot: TTM716 for TTTSB127 neck diameter 6.5mm; TTM1020 for TTTSB254 neck diameter 9.5mm; TTM1325 for TTTSB32 neck diameter 12.7mm
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Used to create a fluting effect on the edge of furniture. TTRWHC range are used to create a fluting effect on the edge of furniture. TTSBCB range has a removeable bearing system. When requiring a self guiding effect ensure the jig has clearance between workpiece and bottom of cutter. TTHHC20 and TTRHHC20 complement each other and when used together perform the cuts needed to form a drop leaf table joint. Please note some of these products are Made To Order.
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TCT Multi-Mould DESCRIPTION TTTOR25 gives an ornate moulding used in full or in part. TTTOR22 is a possible picture rail and cover mould cutter. TTTOR27 ideal to use the complete mould or part for short production runs. Excellent cutter to produce ornate skirting and architrave moulding. TTTOR-B gives a deep cavetto effect with a bead to break up the line of the mould. The fine lines of this cutter make it an excellent choice for matching skirting and architrave. TTTOR-C is a variation of the Torus Mould (TTTOR-T).