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Bosch PRO V-Groove Router Bit, 90°, Ø16 mm, 8 mm Shank, 2608628407 Bosch PRO V-Groove Router Bit, 90°, Ø16 mm, 8 mm Shank, 2608628407
Second hand
Brand: Bosch Stock: In Stock
Bosch PRO V-Groove Router Bit, 90°, Ø16 mm, 8 mm Shank, 2608628407
Bosch PRO V-Groove Router Bit, 90°, Ø16 mm, 8 mm Shank, 2608628407 Bosch 2608628407 is a V-groove router bit from the PRO range with a 90° angle, 16 mm diameter, 15.7 mm working length and a cylindrical 8 mm shank. The cutting edges are tungsten carbide (HW) and maximum speed is 35,000 rpm. What a V-groove bit does The bit cuts a groove with a V-shaped section - two sloping walls meeting at a sharp angle. At 90°, each wall sits at 45° to the surface. That profile is used for: Decorative grooves in panels and cabinet fronts - a row of parallel V-lines creating relief. Engraving lettering - a V-bit gives a line whose width varies with depth, which is what produces the characteristic carved typeface. Folding at 90° - a V-groove cut into the back of a panel lets it fold to an exact right angle and be glued into a box or corner. Carbide cutting edges The edges are tungsten carbide (HW). In routing, unlike sawing, the cutting edge is in continuous contact with the material - steel goes blunt in minutes in chipboard and glued panel. Carbide holds up and gives clean, precise cuts throughout its life. The edge geometry is improved against kickback, which on a hand-held router is no formality. Laser markings The body carries the technical data and the minimum insertion depth into the collet in laser marking. The second is genuinely useful: a bit not seated deep enough pulls out under load, while one pushed in too far bottoms out in the collet and never clamps properly. The marking removes the guesswork. Compatibility The shank is cylindrical 8 mm and fits plunge routers and trim routers with an 8 mm collet. The machine's speed must be below 35,000 rpm - at 16 mm diameter, most routers run comfortably at a mid setting. Working with a V-bit A V-bit has a quirk that sets it apart from a straight bit: groove width is set by depth. The same cutter draws a thin line shallow and a wide channel deep - so the depth setting decides the whole look of the result, and it is worth trying on an offcut of the same material first. The second quirk is feed rate. On a V profile the tip moves slowly while the rim moves fast, because the two sit at different radii from the axis. Feed too quickly and the tip burns the material while the outer edges are still cutting cleanly. Work at a steady, moderate feed, and take a deep groove in two passes rather than one. Technical specifications ManufacturerBosch Article number2608628407 RangePRO TypeV-groove router bit Angle90° Diameter16 mm Working length15.7 mm ShankCylindrical, 8 mm Cutting edgesTungsten carbide (HW) Maximum speed35,000 rpm MaterialWood and panel products For machinesPlunge routers and trim routers Questions and Answers What is a V-groove bit for? It cuts a groove with a V section. It is used for decorative grooves, for engraving lettering, and for folding a panel to a right angle - the groove is cut in the back and the panel folds to exactly 90°. What is the angle? 90° - each wall of the groove sits at 45° to the surface. That is the angle at which two folded parts meet in a right angle. Which collet does it need? The shank is cylindrical 8 mm, so an 8 mm collet. The bit works in plunge routers and in trim routers. What do the laser markings show? The technical data and the minimum insertion depth into the collet. A bit not seated deep enough pulls out under load - the marking removes the guesswork. Why are the edges carbide? In routing the cutting edge is in continuous contact with the material. Steel dulls within minutes in chipboard and glued panel; carbide holds its edge and cuts cleanly throughout its life. What speed should it run at? The maximum is 35,000 rpm. At 16 mm diameter most routers run comfortably at a mid setting - required speed falls as diameter rises. How deep does it cut? Working length is 15.7 mm. With a V-bit, though, the groove width depends on depth - at full depth the groove reaches the full 16 mm diameter in width. ..
19.00€
Ex Tax:15.83€
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Profile router Hitachi 711016 HM qty 12 pcs
Second hand Out Of Stock
Brand: Hitachi-Hikoki Stock: Out Of Stock
Profile router Hitachi 711016 HM qty 12 pcs
Product description:Universal drill bit set. Material: WSShank diameter (mm): 6 mmMaterial: HM Application: for wood Pack size: 12 pcs...
36.30€
Ex Tax:30.25€
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Profile router

Profile router

Profile router for precision shaping of edges, grooves, and decorative profiles

A profile router is a machine for detailed machining of wood, MDF, particleboard, plywood, laminated panels, and other materials where a clean contour, uniform profile, and precise dimensions are required. This type of router is used in the manufacture of furniture, doors, countertops, decorative elements, template parts, and mounting holes. In the Toolsbox.bg product range, you will find solutions for workshops, construction and renovation projects, on-site installations, and demanding home use.

A profile router works with various cutting bits and guides to create chamfers, roundings, edges, grooves, channels, copy contours, and decorative lines. The machine is invaluable where manual processing is time-consuming or fails to ensure consistent results along the entire length of the workpiece. With the right tool selected, the profiling remains clean, and subsequent sanding is kept to a minimum.

What tasks is a profile router used for?

A profile router is used for finishing surfaces, edges, and solid wood. It is used to create decorative edges on doors, headboards, shelves, and countertops. In furniture manufacturing, the machine helps create repeatable profiles with uniform depth and width, and during repair and installation, it facilitates the on-site fitting of components.

When working with templates, a profile router allows for copying complex shapes, contour cutting, and shaping openings with precise geometry. For carpenters, installers, and service technicians, this means more controlled processing when manufacturing series or single non-standard parts. For the home workshop, the machine is practical for refurbishing furniture, installing trim, shaping edges, and making fine decorative adjustments.

Typical applications

  • Edge shaping-bevels, radii, roundings, and decorative edges.
  • Milling channels-nut grooves, joint seats, guides, and mounting grooves.
  • Template work-copying curved shapes, openings, and repetitive contours.
  • Finishing - clean profiling before varnishing, painting, oiling, or edging.
  • Assembly tasks-fitting parts, preparing for hinges, trim, and inserts.

How the different models differ

When choosing a profile router, factors such as power, RPM, cutting depth, collet size, base stability, and precision adjustment capabilities are important. More powerful machines handle larger cutting cutters and harder materials with greater confidence, while more compact models are convenient for edging, finishing, and one-handed operation during lighter tasks.

Speed control is useful for different cutting tool diameters and materials of varying hardness. Small cutters require higher speeds for a clean cut, while large profile cutters are better controlled at lower speeds. Smooth depth adjustment helps ensure controlled material removal over multiple passes, which reduces wear on the machine and improves the surface finish.

A profile router with a precise base, a clear depth stop, and a stable parallel guide makes it easier to guide the tool along a straight edge. When working with templates, pay attention to the copying sleeves, the ability to lock the depth, and visibility of the work area. For indoor use, dust extraction is important because it reduces chips around the router and keeps the cutting line more visible.

Criteria for purchasing a profile router

Before purchasing, it is helpful to consider the materials, frequency of use, and required precision. For furniture panels and edges, compact machines with good depth adjustment are often sufficient. For solid wood, deeper grooves, and larger profiles, a model with higher power, a sturdy base, and a stable grip is recommended. For professional use, load-bearing capacity, ease of changing accessories, and the precision of the adjustment mechanisms are important.

  • Power and RPM-affect the cleanliness of the cut and performance with different routers.
  • Collet and chuck-must match the shank of the cutting tool.
  • Milling depth-important for grooves, joints, and multi-pass machining.
  • Guides and stops-help ensure straight lines, repeatability, and control.
  • Dust extraction-keeps the work area cleaner and improves visibility.
  • Ergonomics-comfortable handles, easy adjustment, and stability during operation.

Consumables, accessories, and compatibility

Working with a profile router depends heavily on properly selected cutting bits. Profile cutters, straight cutters, ball-bearing cutters, copying sleeves, and parallel guides expand the range of operations. The shank diameter must match the machine's collet, and the working diameter and shape of the cutter must be suited to the material and the desired geometry.

A sharp cutting tool reduces the load on the motor and leaves a cleaner surface. Dull or unsuitable cutters lead to overheating, burn marks, and more difficult guidance. When machining laminated panels and veneered parts, it is advisable to work with a moderate feed rate and a securely clamped workpiece to minimize chipping along the edge.

Safe Operation and Maintenance

A profile router operates at high speeds, so securing the workpiece, proper router setup, and a stable grip are essential for precise and safe operation. Before starting, the cutting tool must be securely tightened, and the depth adjusted according to the specific operation. Working in several shallow passes is more controllable than a single aggressive material removal.

Regular maintenance is required to ensure a longer machine lifespan: cleaning the ventilation openings, removing dust and chips, inspecting the collet, and storing the cutting cutters in a dry place. Personal protective equipment-safety glasses, ear protection, and a dust mask when working with dusty materials-contributes to a more comfortable and safe work environment.

Profile router for workshops, installation, and repair

A profile router is a useful addition to the equipment of anyone seeking precision when machining edges, grooves, and decorative shapes. At Toolsbox.bg, you can select a machine based on your tasks, the necessary accessories, and the type of materials you work with. Browse the available models and choose a profile router that will make your daily work in the workshop, on the job site, or at home easier.

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