Recyclable packaging. HDPE High density polyethylene. PVC Polyvinyl chloride. Gauges. Angolfast. Pre Set P322. Pre Set P368. Lifter.

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2 At our dealer s warehouse ecyclable packaging The evident problem of waste management has increasingly become of worldwide importance. Always watchful of the problems that surround us, istemi already several years ago decided to use only recyclable materials for its packaging. Waste recycling means all the strategies employed to recover waste materials and reuse them rather than dispose of them. Many types of plastic can easily be recycled. All our packaging in which plastics are used is recyclable and marked with the Unicode (recycling symbol) which contemplates numerical identification of recyclable plastics. HPE High density polyethylene PVC Polyvinyl chloride PP Polypropylene or Moplen All our packaging in which paper and cardboard are used are marked with the EY recycling symbol, meaning that the raw material (paper and cardboard) is recycled and 100% recyclable. All our packaging is printed and glued with vegetable oil-based inks and glues with an ecological intent: reduction of volatile organic compounds (VOC) and easier recycling of printed products. Index Tools for portable routers pag. 5/33 iamond Whetstone pag. 51/53 Magnetic aligners for planer knives pag. 34 Gauges pag. 54 Planer knives pag. 34 Angolfast pag. 54 olid surface machining tools pag. 35 Pre et P322 pag. 55 Countersinks pag. 36 Pre et P368 pag. 55 HW brad point drills pag. 36 Arkade+Zinkel+Ellix pag. 56 H step drills pag. 37 Fitting and spare parts Arkade+Zinkel+Ellix pag. 58 P plug cutters pag. 38 ifter pag. 58 HW hinge boring bits pag. 38 Quick clamping devices pag. 59 H slot mortising bits pag. 39 Trimatic 32 pag. 59 HW hole saws pag. 39 Trimatic for hinges pag. 60 Tools for aluminium working pag. 40 Trimatic uper pag. 61 Circular awblades pag. 42/47 Trimatic 43/0 pag. 62 Cutterheads pag. 48/49 Trimatic e 28 pag. 63 KleinYUP e KleinTOPUP pag. 50

3 THE POTAE OUTE a versatile machine Wood milling machines are possibly the most versatile machines that exist for woodworking. They can be used to carry out a whole series of finishing operations that would require hour upon hour of hard work and toil with other systems and achieve an unimaginable degree of precision. Although professional operators and woodworkers are fully familiar with its vast array of possibilities, hobbyists often see milling machines as a slightly mysterious tool and approach them with some diffidence. In fact, a milling machine is not a drill. To use it to its full extent, operators must first get to know its great potential, and then start working with it - which requires a certain degree of training. On the other hand, the satisfaction it can give is considerable. Items made as a hobby often a little awkward and bulky can be embellished with smooth corners, curves and rounded edges, and traditional, cabinet-making joints can replace joints made using pins or glue. In sum, a whole new world has opened up for IYers that was previously off-limits to them. Naturally, all this requires an extra effort, to ensure that customers are adequately informed. This is why we have decided to provide a summary of basic information to be supplied for this type of customer, when they express a desire to approach the world of milling. All milling machines have either plastic or metal loadbearing frame, which contains an electric motor that can reach approximately 30,000 r/min. The shank is fitted directly onto the axis of the motor and can be either like a clamp - that is, capable of accepting cutters with a cylindrical shank and a single diameter, or with interchangeable clamps. The motor unit is often equipped with a cylindrical collar so that it can be mounted onto a drill support which, in some cases, can be very useful. The base can be round, rectangular or horseshoe-shaped, or it can be a combination of these. Nonetheless, it is always equipped with one, two or three columns. The motor unit is mounted on these and moves vertically. Its movement is limited by upper limit switches and it is kept upright using springs. Milling machines are also fitted with a screw or knob to lock the motor unit at the height required, as well as a device to adjust downward movements. Vertical movements must be precise, delicate and smooth. imit switches must be easy to adjust and must not give way under pressure, under any circumstance. On professional machines there is a small revolving turret on which three bolts with different, adjustable heights are fastened so that the depth required can be achieved with three consecutive passes and so that neither the cutters nor the motor is subjected to excessive force, even though its power is remarkable. Generally speaking, manufacturers always stress the run of their machines. However, this is not particularly important for IYers and could confuse them in terms of their real capabilities. The maximum milling depth is given by the length of the cutting edges on the cutter plus the length of the shank remaining between the clamp and the cutting edges. A run of more than 50 mm can only be used to make step ledges, such as those used in shutters. However, a milling machine is not the most suitable machine for this type of work, which could be carried out much better with one or more precise passes using a circular saw or a router. This is because - as those who use milling machines quickly realise - the base does not rest on the piece for at least half of its width, and it is fairly easy to make it swing without meaning to, with awful results. The base of the milling machine is not just used to give the machine a safe, smooth support, but is also used to hook, screw or fasten guides and accessories onto all of the machines present on the market, so that the machine becomes more complete. As such, it is best to rely on the safe, solid and secure guides that are supplied with every milling machine. These can be broken down into three categories: those that are used only near edges, those that can be used even at the centre of a panel, and those used for specific works, such as joints, butts, milling uprights on shutters etc. The first group contains a parallel guide and external copier, also known as the contour guide or curvilinear square. The parallel guide usually contains U or horseshoe-shaped plate fastened onto a couple of round or hexagonal bars, which run side by side along practical grooves located on the base plate and can be locked at the point required. The external copier is used to follow (copy) curved edges in a precise manner. 3

4 TOO FO POTAE OUTE Cutters rotate and are shaped like a chisel, just like a circular saw or an electric planning machine. They have a rather striking cutting speed (obtained by multiplying the circumference of the cutter by the number of revs). The cutting edge on a cutter with a diameter of 10 mm and 25,000 revs travels 785 meters in a minute; that is, approximately 13.1 m/second. This cutting speed is suitable for use with the vast majority of both hard and soft woods. There are two types of cutters: those with a cylindrical shank and those with a threaded shank or cores. Other cutter features: cutting edges can be either in H or in HM. They can also have pin guides or bearing guides, different cutting edges, and may be modular. MATEIA. High speed steel tools cost less, but lose their cutting edge quicker and are only suitable for soft woods (poplar, pines, etc.). H tools can be used on soft woods as well as fir, chestnut, and durmast, albeit with very light passes. Harder woods, chipboards (plywood, MF, etc.), hard plastic materials and light alloys must always be worked with HW cutters (often known as widia, after the name of its first manufacturer). This ceramic product is made out of sintered tungsten and wolfram, with elevated hardness. If the shape required is not available in HW, it must be obtained as accurately as possible using the cutters available, and then finished using H cutters. These will naturally lose their cutting edge very quickly. Although cutters can be subjected to grinding, they cannot be ground on your own. Even professionals turn to specialist companies for this type of work. CUTTE WITH GUIE can be used to follow any shape with great precision and without using copying devices. These can be pin guides, guides shaped inside the body of the cutter itself, or bearing guides. The latter are almost always made of steel. They cost less but require light, quick passes to avoid overheating the pin - which revolves along with the cutter - and burning the wood. On the other hand, bearing guides can be used to create different shapes using the same cutter, just change the bearing with one that has a different diameter. If the diameter of the pin or bearing in a straight cutter is identical to the cutting edge, it will form a trimmer that can be used to trim the edge of a panel covered with a casing or trim laminated facings right to the edges (with an HW cutter). When used with a portable milling machine, cutters can be employed to create a vast array of both geometric and ornamental decorations, both when working freely or when using a tool - either guided or fastened to a workbench. Four different types of working processes can be employed, each of which includes a large number of variations, depending on the type of cutter used. eliefs or negative decorations: different cutters are available to create any type of decoration, from those with conical points used to trace light grooves, to those with front cutters that can be used to perfectly plane surfaces. Joining pieces, butt joints or thread splicing: Perfect, visible and blind dovetail and finger joints can be swiftly created. Modular cutters can be used to make quick, precise glue thread joints, tongue and groove joints, or finger joints, or even joints with more complex shapes. Moulding: straight or curved, they are an innumerable variety. This is in part because the cutter itself can create different shapes by varying the depth of the cut or by working the piece at different distances from the edge. Trimming: can be used to trim edges on boards, as well as veneered surfaces, or those covered with plastic facing. Wood can be trimmed using a flexible shaft, with the aid of the right cutters. Always keep these tips in mind: 1. Only use cutters that are perfectly sharp. 2. Check that the cutter has been fastened flawlessly. 3. o not force the cutter when it has lost its cutting edge, it could overheat the tool and separate any inserts provided. 4. For greater safety, only use cutters with a cut limiter Using a tool with a cut limiting device prevents the tool from rebounding when working. 5. Always check and adjust the number of revs on the electric router machine according to the diameter of the cutter. 4

5 HW straight plunge cutting bits 6 8 Z A , A A , A C A C A C A C A C A C A C A C A C A C VHM OI CAIE TAIGHT CUT - PUNGING =5 =6 =8 =8 =1,5 =2 =2,5 =3 =4 =5 =6 =7 =8 A101 A102 A103 HW ovetail bits It takes its name from the characteristic shape given to the tenon by working it with a mill. In fact, a special mill is used to make this joint. The construction of teeth at the head of an axis remains as the design concept, but in this case they must be machined in a wedge shape. There is a guide for obtaining dovetail or straight-teeth joints using a drill without requiring any manual skills. 6 8 α 6 8 α A C , A C , A C ,5 9 9, A C , A C , A C , A C C VHM OI CAIE =19 =6,4 =8 =9,5 =12,7 =15 =16 5

6 TAIGHT CUT - PUNGING HW straight plunge cutting bits 6 8 Z A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C A C =9 =14 A101 A C A C A C A C A A C A C =10 =15 =20 =11 =12 =13 =16 =18 =19 =21 =22 =25 A C A C A A C =10 =12 =15 =16 A102 =10 =12 =15 =16 A103 6 HW Panel pilot bits 6 8 Z A A C , VHM OI CAIE The panel openings are made before applying the coating which will then be trimmed with these special mills with the boring bit and guide formed by the same mill leg.

7 HW V-groove and signmaking bits 6 8 α Z A C A C , A C , A C A C A C , α A C , A C C VHM OI CAIE C uitable for engravings HW cove box bits 6 8 A C ,2 1, A C ,8 2, A C ,4 3, A C A C ,5 4, A C ,7 6, A C A C A C A C ,4 12, VHM OI CAIE =3,2 =4,8 =6,4 =8 =9,5 =12,7 =16 =18 =22 =25,4 HW plunging round-over bits 6 8 A C A C A C A C , A C ,5 43 A C ,4 9, C ,7 25,4 63 Quarter-circle concave radius cutter used to round corners; increase the working depth to obtain the classic quarter-round typical of dining table edges. =14 =16 =18 =19 =22 =25,4 =35 7

8 HW bull nose radius bits 6 8 A C , A C , A C ,7 3, A C ,2 5, A C , =26 =16,7 =22,2 =13,5 =15 HW slot cutter A , A C , A C , A * C * A * C * A C * hear angle A , A C , A C , E , E , E , E Concentric chuck H rotation T M16 42 To be used on spindle moulder with spare collets Art. T117. uitable for all router bits for handportable machines. X et in wooden box 8 Milling with the router The router is a large stationary milling machine which can be used both as a standalone machine and as a function of a combination machine. It can also operate with large mills with a diameter of more than 90 mm.

9 lot cutter arbors 6 8 d A A C C C N C C C HW slot cutter ore 6 d Z A ,5 2 A ,8 2 A A ,5 2 A A ,5 2 A A A HW slot cutter ore 8 d Z C ,6 1,6 2 C ,6 2 2 C ,6 2,4 2 C ,6 3 2 C , C ,6 4 2 C ,6 4,8 2 C ,6 5 2 C ,6 6 2 C ,6 6,4 2 d 9

10 Grooving cutter for lamello Item d Z AH ,0 6 AH ,0 12 For groving of lamello joints HW slot cutter ore 8 d Z C ,6 1,6 3 C ,6 2 3 C ,6 2,4 3 C ,6 3 3 C , C ,6 4 3 C ,6 4,8 3 C ,6 5 3 C ,6 6 3 C ,6 6,4 3 amello for any type joint The versatility of the amello system is invaluable in making any type of invisible joint between parts of equal or different thickness in solid wood or derivatives, as well as many types of plastic. The flat dowel is essentially a practical evolution of the inserted tongue. These pressed beech plates are calibrated to fit exactly into grooves cut with a 100 mm diameter and 4 mm thick circular saw. The water contained in the glue makes the wood swell and tightly adhere to the groove walls, guaranteeing a perfect hold. amello-groove cutter Item d Z AH ,0 2 pos.+4 neg. HM brazed cutter with spurs for making grooves on any kind of wood For hand milling machines urface and T -joints Except for some small differences in use from one machine to another, determined by the presence or absence of guide accessories that facilitate the operations, the element that determines joint precision is the perfect equidistance of the seats from the outer edges of the workpieces. In surface joints this is achieved by holding the workpieces tightly adherent to the support surface on which the edge trimmer slides. In -joints or T-joints, the support surface is necessary for edge milling panels, while for face milling it is necessary to rely on either a movable square or a strip which is locked parallel with the line of seats to be cut. A reference mark on either side of the sill indicates the exact centre line of the mill allowing for precise arranging of the edge strip. uface joints 10

11 HW rabbeting bits with ball bearing E A C A C ,7 13 9,5 51 A C E E ,5 60 E * upplied with ball bearing set E * /9,5/11/12,7 60 A/C E E A/C E E A/C E E E , ,7 HW level trim bits α Z A C , A C A C A C A , A , A C , E ,6 60 E , E , =17,5 =19 - =15 =22 =30 =63,5 =35 =50,8 =13 =19 - =25 =31,7 6 α Z A A121 α =35 A122

12 HW beading bits 6 8 A C , A C , A C ,7 3 9,5 49 A C , A C , A C ,2 4, A C , A C , A C ,4 6, A C , A C ,8 9, A C , A C , A C , =16 =16,7 =18,7 =19 =20,7 =22,2 =22,7 =24,7 =25,4 =28,6 =31,8 =32,7 =36,7 =38 HW cove bits A C , A C , A C ,2 6, A C , A C ,6 9, A C , E ,2 6, E , E ,6 9, E , E E =57 =41 =16 =19 =22,2 =25,4 =28,6 =35 =35 A/C E A convex radius cutter, coupled to a concave radius cutter of equal diameter for making perfect quarter-round/shell joints between two adjacent surfaces, such as those of extendable tables. 12

13 HW corner rounding bits A C , A C , A C ,7 3 9,5 49 A C , A C , A C ,2 4, A C , A C , A C ,4 6, A C , A C ,8 9, A C , A C NEW 35, A C , A C , E , E E ,4 6, E , E ,8 9, E , E , E , E , =20,7 =22,2 * pm min -1 =16 =16,7 =18,7 =19 E , ,2 71 E , E , ,4 73 E , E E , E * =31,8 84 =22,7 =24,7 =25,4 =28,6 E * 72, E * E * 82, E * =42,7 =44,5 =48,7 Quarter-circle concave radius cutter used to round corners; increase the working depth to obtain the classic quarterround typical of dining table edges. =16 =16,7 =18,7 =19 =20,7 =24,7 =25,4 =28,6 =36,7 =32,7 =50,8 =38 =36,7 =52,7 =38 =31,8 =22,2 =52,7 =22,7 =32,7 =22 =28,6 E E =70 =72,6 =57 =63,5 13

14 E =57 E =63,5 =70 =72,6 =89 =76 =82,5 HW classical cove bits 6 8 A C ,6 4, A C =28,6 =35 =35 HW roman ogee bits A C , A C , E , E , =25,4 =35 14

15 HW double roman ogee bits A C , A C , E ,1 6 5,5 15,9 63,5 =25,4 =35 =38,1 1 HW ogee bits A C ,6 4, A C =28,6 = A C ,6 4, =28,6 =35 A C HW ogee bits A C , A C ,4 4, E , E , E E , =51 1 =28,6 =35 = A C , A C ,4 4, =35 =28,

16 HW ogee bits A C E E ,3 6, E , =57 =41,3 =35 =35 A/C E A C =35 HW classical moulding bits 6 8 A C , A C , =28,6 = A C , A C , =28,6 =35 HW profile bits 6 8 A C ,8 4 17,5 57 =31,8 16

17 HW keyhole bits A C ,8 5 9,8 38,1 A C ,7 8 9,8 38,1 With the milling machine, in addition to being able to reproduce all the standard commercial shapes, we can obtain custom profiles by playing with the cutting width and depth and combining the use of several mills. A A HW flush trim bits with upper ball bearing guide 6 A ,7 25,4 63 A , A ,4 63 A ,4 63 A =12,7 A =12,7 =16 =19 1 HW seal profile bits α 1 2 A , VHM OI CAIE α HW dovetail seal bits 6 α A , VHM OI CAIE HW seal bits 6 A VHM OI CAIE 17

18 HW flush trim bits with upper ball bearing guide 6 A ,7 3 9,5 48 A A , HW double radius bits HW flush trim bits with upper ball bearing guide =19 6 A =12,7 =22 =28,6 6 8 A C ,5 6, A C A C , Using the same mill two different machining operations can be performed just by replacing the bearing. =35 =32 =28,5 HW double radius bits 6 8 A C ,5 6, A C A C , Patent Pending =35 =32 =28,5 18

19 2 α 1 HW adjustable countersink from 3 mm through 7 mm Item 1 2 α A /7 11/ HW plunge type straight bits for Haffner VHM OI CAIE =4 =5 =6 =7 =8 =10 =12 =14 =15 =16 =18 =20 =22 =24 =10 =12 =14 =16 =18 =20 HW plunge type straight bits for Haffner VHM OI CAIE 19

20 =10 =12 - =35 =12 - =45 =14 - =35 =14 - =50 =16 - =35 =18 - =50 =20 - =35 =20 - =50 =22 =24 HW plunge type straight bits for Makita =16 - =50 =18 - =35 HW stagger bits 12 E , E , HW V-Groove bits 12 α E , E E E , E E , E =12,7 =16 =19 α =38,1 =51 =25,4 =32 20

21 HW traight bits 12 E E E E E E E E E E E E E E E E E E E =4 =5 =6 =7 =8 =10 =12 =14 =15 =16 =17 =18 =19 =20 =22 =25 =30 =35 =40 =25 =30 =35 HW traight bits 12 E E E E E E E E E =8 =10 =12 - =38 =13 - =38 =19 =12 - =50 =18 - =50 =20 - =50 =22 - =50 21

22 HW core box bits 12 E ,7 6, E E , E E ,4 12, E , E E =12,7 =16 =19 =22 =25,4 =31,7 =38 =50 HW ball and plunge bits These tools can produce grooves for sliding panels or electrical wires, after a first groove which allows the tool shank moving E ,7 6,5 6,4 57 E , E ,5 9,5 64 E ,4 9 12,7 70 E ,6 10,3 14,3 70 E , =12,7 1=16 1=19 1=25,4 1=28,6 1=32 22

23 HW plunging round-over bits 12 E E , E E ,4 9, E ,9 12,7 25,4 63,5 E , ,8 70 E =16 =19 =22 =25,4 =34,9 =44,5 =51 HW bull nose radius bits 12 E E , E E ,3 9, E ,9 12, E E * =51 =60 * pm min -1 =42,9 =33,3 =26 =28 =22 HW finger grip bits E , E , E , =19 =38,1 =44,5 rawer rawer's handle 23

24 HW glue joint bits 12 E HW 45 lock mitre bits 12 α E , E * ,5 68 * pm min -1 α HW crown moulding bits 12 E =47 =68 =44,5 =32 =32 HW crown moulding bits 12 E =32 24 HW crown moulding bits 12 E

25 =19 =25,4 HW flush trim bits upper ball bearing guide 12 E ,4 77 E , HW plunge bits with upper ball bearing guide 12 E E , E =19 =25,4 =38 HW bowl and tray bits with upper ball bearing guide 12 =19 =28,6 E , E ,6 6, HW beading bits with upper ball bearing guide 12 E , =28,6 HW hand grip plunge bits with upper ball bearing guide E , =28,6-2=40 =28,6-1=

26 1 HW double radius bits 12 =25,4 =35 E , E , HW flat sunk bead bits E ,6 4, E ,5 65 =28,6 =35 HW moulding bits with ball bearing guide E ,3 6,4 9,5 3,2 28,5 75,5 =41, HW moulding bits with ball bearing guide E , = HW moulding bits with ball bearing guide E * * pm min -1 =

27 HW drawing line bits with ball bearing guide 12 E ,4 3, =25,4 =27 HW architectural moulding line bits 12 E =22 HW architectural moulding line bits 12 E HW architectural moulding line bits 12 E , =24 HW multi radius bits 12 E =47 27

28 HW multiple profile bits E ,5 6,5 7, = HW multiple profile bits 12 E HW classical multi-form bits E ,5 6, ome examples of the unlimited shapes which can be made with the multiprofile mills.

29 E170 HW handrail bits with ball bearing guide 12 E , HW handrail bits with ball bearing guide 12 E171 E HW handrail and table edge bits 12 E174 E * * pm min -1 HW handrail-table edge bits 12 E176 E * * pm min -1 HW handrail-table edge bits 12 E177 E * 64 9, * pm min -1 THE ET POUCT FO WOOWOKING AN POTECTION OF TOO KleinYUP e KleinTOPUP, are highly lubricants and can resist to high pressure and heat which occur where processing wood. lade and bit cutting lubricant. Clean blade or bit with a degreasing agent our detergent (KleinCEANUP ). pray a thin, even coat over the entire blade or bit, including the gullets and especially the cutting edge. Allow a few seconds to dry. Table and tool surface lubricant. To educe Friction: Clean saw table or tool surface thoroughly with a degreasing agent. pray a thin, even coat over entire surface. Allow a few seconds to dry to a haze. ub in lightly with a clean, dry cloth. After a few minutes, buff to a shine. For est esults: e-spray a second coat. eapply weekly or more frequently based on work load. 29

30 HW raised panel bits 12 E * E ** * pm min -1 ** pm min -1 α HW raised panel bits 12 α E * * pm min -1 HW raised panel bits 12 E * pm min -1 HW finger joint assembly 12 E , CUTTE CUTTE Grooving cutter Z=2 N.5 Grooving cutter A = Thickness 1,85 mm N.1 Grooving cutter = Thickness 5,5 mm Working height 11 to 36 mm The modular mills for joints are very useful for assembling several slats of a frame. In fact, the particular shape of the profile, on the one hand, creates a solid mechanical joint through the thickness and, on the other hand, considerably increases the surface area on which the glue can set. from 11 to 16 from 16 to 21 from 21 to 26 from 26 to 31 from 31 to 36 30

31 HW finger joint set Z=3 assembly 12 Z E E , Grooving cutter Z=3 N.5 Grooving cutter A = Thickness 4,0 mm Working height 22 to 45 mm CUTTE HW slot cutter set 12 Z E E ,6 3, ,8 For groovings 3,2 mm up to 18 mm combinations. CUTTE CUTTE CUTTE CUTTE KIT: 1 arbor 12 Grooving cutter A 47,6 - sp. 3,2 - Z=2 10 shims 0,1 mm 16 - bore 8 Grooving cutter 47,6 - sp. 4 - Z=2 Grooving cutter C 47,6 - sp. 4,8 - Z=2 Grooving cutter 47,6 - sp. 6,4 - Z=2 1 ball bearing 22 - bore 8 5 shims 0,5 mm 16 - bore 8 5 spacers 1 mm 16 - bore 8 3 spacers 6 mm 16 - bore 8 elow are some combination examples for obtaining different groove sizes. p/mm 3,2 4,0 4,8 5,7 6 6,5 7 7, , , Grooving cutter A C A A A A A A C C C A A A A A A A pacers 0,3 0,5 1 1,5 0,7 0,4 1,4 2,3 1,1 0,1 0,5 0,5 1 1,5 1,5 1,5 2 Grooving cutter C C C C pacers 1 2 0, ,5 1,5 2 Grooving cutter C C C C C C C pacers 0, ,5 1,5 Grooving cutter Other sizes can be obtained by adding or removing the shims provided in the kit (see drawing). min. 3,2 mm max 18 mm 31

32 HW tongue and groove assembly with ball bearing 12 E E ,5 E HW stile and rail assembly 12 E The modular mills are mounted on the same shaft in combination with ball bearings and spacers (firmly locking the whole assembly), as well as several cutting tools of the same or different shape and diameter, allowing very complex profiles to be made in a single pass. HW stile and rail assembly 12 E HW stile and rail assembly 12 E HW stile and rail assembly 12 E HW stile and rail assembly mills for doors is the possibility of using the same mill to make the profile and counterprofile by inverting the position of the same two cutters. main feature shared by all the E The

33 A THEE OUTE IT HAVE EVEIE KNIVE Insert flush trimming bit 8 WC ,5 66 Insert V-grooving bit 8 a WC ,6 8, Insert core box bit with upper ball bearing 8 WC , Insert flush trimming bit with ball bearing 8 WC , Insert rabbet bit with ball bearing 8 E WC ,6 13,25 7,95 48 Insert flush trimming bit with ball bearing 8 a WC ,3 5, Insert corner rounding bit with ball bearing 8 WC , Insert cove bits with ball bearing 8 WC ,7 6,5 3,2 Insert ogee bits with ball bearing 8 WC ,7 4,

34 Insert router bits set 8 XWC.001. NEW 6-pcs router bit set in wooden case WC WC WC WC WC WC XWC.002. NEW 6-pcs router bit set in wooden case WC WC WC WC WC WC Magnetic aligner for planer knives Klein s magnetic aligners for planer knives have been specially designed for rapid knife positioning after sharpening.they are made of galvanized steel and feature permanent magnets. In just a few minutes, in a simple and precise way, problems of knife alignment after sharpening are solved. No adjustments are required. imply position on cutterhead along the step where the knife is to be rested. All your knives will be parallel and positioned with the same working thickness. Item Planer head X Y N 56 1 Y N 60 1 Y N 70 1 Y N 80 1 Y N 90 1 Y N 95 1 Item Planer head X Y N Y N Y N Y N Y N Y N PANE KNIFE PANE HEA X AIGNE Planer knives H=30/35 H= 18% W, suitable for softwood dry and hardwood wet. Planer knives H=30/35 H= 13% Cr, suitable for softwood, wet. Item quality H Item quality H H ZC30.060H H ZC30.100H H ZC30.300H H ZC30.400H H ZC30.410H H ZC30.500H H ZC30.630H H ZC35.300H H ZC35.400H H ZC35.410H H ZC35.500H H ZC35.510H H ZC35.600H H ZC30.260H H ZC30.300H H ZC30.400H H ZC30.410H H ZC30.500H H ZC30.630H H ZC35.300H H ZC35.400H H ZC35.410H H ZC35.500H H ZC35.510H H ZC35.600H H H 34 Wider range in our KEIN catalogue 14.A or on our website