Manual feed Version 2 Leitz Lexicon Edition 7

dimension A cutting thickness (radial) cutting depth (axial) dimension panel raising length panel raising depth working length number of knives anti sound (low noise design) LH = left hand rotation metric thread minimum order quantity multi-purpose steel, coated thickness of knife revolutions per minute (RPM) morse taper metres per minute metres per second CNC = Computerized Numerical Control RPM maximum permissible RPM position of hub thickness of hub zero height cutting length pinhole dimensions grooving depth diameter cutting circle diameter zero diameter outside Diameter diameter of shoulder...

4. Manual feed 4.1 Grooving 2 4.1.3 Profile cutters - pitch pockets 11 4.2 Jointing, rebating and bevelling 4.2.1 Jointing and rebating cutters 4.2.2 Jointing and copy shaping cutterheads 4.2.3 Rebating cutterheads 4.2.4 Bevelling cutterheads 4.3 Longitudinal, width and mitre joints 4.3.1 Glue joint cutterheads 4.3.2 Mitre joint cutterheads 4.4 Profiling 4.4.1 Door rebate - cutterhead sets 4.4.2 Door lining cuttersets 4.4.3 Radius profile cutterheads 4.4.4 Profile and counter profile cutterheads 4.4.5 Panel raising profile cutterheads 4.4.6 Common profiles 4.4.7 Multi-prupose profile cutterheads...

4.1 Grooving leitz Application Workpiece material To produce different groove widths, manual or mechanical feed, along or across the grain. Softwood and hardwood, glulam, chipboard and fibre materials, uncoated, veneered, plastic and paper coated. Plastics and foams. Machines Portable machines, spindle moulders, moulders, double-end tenoners, machining centres, edgebanding machines etc. Type of feed Manual feed: Application only against feed. Mechanical feed: Application with or against feed, for minimum tear out, use with feed necessary. Tipped tools: With HW or DP. DP tips suitable for abrasive...

4.1 Grooving 4.1.1 Grooving cutters leitz Grooving cutters for manual feed Application: For grooving with (MEC) or against feed (MAN). Machine: Spindle moulders, moulders and double-end tenoners. Workpiece material: Solid wood; uncoated, coated and veneered wood derived materials. Technical information: Tool body design with round, closed shape. Groove cutter for MEC, see section Panel Processing. For spacers TR 100 0 used as a set, see section Knives and Spare Parts. Scheme: Set assembly for lock corner joint • available ex stock □ available at short notice Instruction manual visit www.leitz.org...

4.1 Grooving 4.1.1 Grooving cutters leitz Grooving cutter - lamello joints Application: For grooving lamello joints and for cutting grooves for corner joints and longitudinal joints (e.g. picture frames, furniture doors). Machine: Portable power tools - grooving cutters (e.g. Lamello etc.). Workpiece material: Solid wood; uncoated, coated and veneered wood derived materials. Technical information: Tool body design with round, closed shape. Spare knives: Part-no. BEZ QAL VE ID Spare parts: Part-no. BEZ ABM ID Lamello - Longitudinal/corner joint • available ex stock □ available at short notice...

4.1 Grooving 4.1.1 Grooving cutters leitz Tbo Grooving cutter Lamello® Clamex® P-System® Application: For grooving lamello joints and for cutting grooves for corner joints and longitudinal joints. Machine: Portable power tools - grooving cutters (e.g. Lamello etc.) and for use on CNC machining centres. Workpiece material: Solid wood; uncoated, coated and veneered wood derived materials. Technical information: Tool body design with round, closed shape. DP tipped for Clamex P - connector WK 100 3 DP, WK 103 2 DP D SB BO NLA Z QAL n ZF DRI ID Suitable arbors see section Clamping Systems. Drills...

4.1 Grooving 4.1.1 Grooving cutters leitz Grooving cutterset, adjustable with spacers Application: For cutting different groove widths. Machine: Spindle moulders, moulders, edgebanding machines and stationary routers with/without CNC control, double-end tenoners. Workpiece material: Solid wood along grain and across grain; uncoated, coated and veneered wood derived materials in top layer and middle layer. Technical information: Adjustment of cutting widths with spacers (adjustment 0.10 mm). 2 part with spurs; SB 1.8 - 23.5 mm SF 501 1 01 D SB BO BOmax Z V NT n ID Grooving cutterset with 1 additional...

4.1 Grooving 4.1.1 Grooving cutters Grooving cutterset, adjustable with spacers Application: For cutting different groove widths. 2 part design. Machine: Spindle moulders, moulders, edgebanding machines and double-end tenoners. Workpiece material: Uncoated, coated and veneered wood derived materials. Technical information: Adjustment of cutting width with spacers (adjustment 0.10 mm). Diamaster PRO design. Tip height 3.0 mm. 2 part; Diamaster PRO; SB 5.0 - 9.5 mm SF 501 1 DP D SB BO BOmax NT mm mm mm mm mm 180 5.0 - 9.5 30 50 25 Application examples of grooving in the middle layer available ex...

4.1 Grooving 4.1.2 Grooving cutterheads leitz Grooving cutterhead set adjustable with spacers Application: For cutting different groove widths. Machine: Spindle moulders, moulders, edgebanding machines and stationary routers with/without CNC control, double-end tenoners. Workpiece material: Solid wood along grain and across grain; uncoated, coated and veneered wood derived materials in top layer and middle layer. Technical information: Adjustment of cutting widths with spacers (adjustment 0.10 mm). Extension parts SB 3.8 mm WW 200 1 NN D SB BO BOmax Z n ID Each extension part increases the cutting...

4.1 Grooving 4.1.2 Grooving cutterheads leitz Grooving cutterhead set adjustable with spacers Application: For cutting different groove widths. Machine: Spindle moulders, moulders, edgebanding machines and stationary routers with/without CNC control, double-end tenoners. Workpiece material: Solid wood along grain and across grain; uncoated, coated and veneered wood derived materials. Technical information: Adjustment of cutting widths with spacers (adj. range 0.1 mm). Multi part design. Extension part SW 501 1, WW 200 1 NN D SB BO BOmax Z n ID Grooving cutterhead set, 2 part design Spare knives:...