Long and slender spindle neck for working in tough-to-reach areas (including hollow forms).

Long neck angle milling/drilling unit LWB/E

With a set of gears running on several ball bearings in a stable, die-cast aluminium housing head.



Also suitable for right-angled separation of rods. With a special balanced, powerful, quiet and long-lasting DC motor. Infinitely variable rpm (full wave electronics). Main housing is made of glass-fibre reinforced POLYAMIDE. Safely stored in an attractive and extremely stable case made from high-grade polypropylene. With MICROMOT hardened steel collets (1.0 - 1.5 - 2.0 - 2.4 - 3.0 and 3.2mm).

The heart of our MICROMOT precision tools for 230V: the direct current (DC) special motor.

Technical data:
230V. 100W. 3,000 - 15,000rpm. Length 270mm. Weight 550g. Insulated to class 2.

NO 28 492

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MICROMOT steel collets
As described below. For all handheld MICROMOT machines, excluding the Engraver GG 12. One each 1.0 - 1.5 - 2.0 - 2.4 - 3.0 and 3.2mm, clamping nut and holder for storage are included.

NO 28 940


Note:
MICROMOT steel collets are hardened and thus have a high, consistent flexibility. They also maintain prolonged accuracy, even after regular use (these collets should not be compared with unhardened, fourslit collets of brass and aluminium). The triple slit collet is substantially more difficult to manufacture than the four-slit type, but offers a better load-bearing surface. This is especially important for cutters with small shaft diameters.








Storage case of high-grade polypropylene. Attractive design, very sturdy and large enough to put the machine back in the case after completing work, without having to "fumble". A label on the side identifies the contents.

Accessories for long neck angle milling/drilling units LWB/E, LWB/A and LWB/BL



Sanding & Grinding


Diamond grinding bits
For creating radii in corners, e.g., of cutouts. Ø 5mm. Shaft 3.2 mm.

NO 28 2462 pieces

Diamond grinding bits in spherical shape
Tip diameter 4,4mm. With consistently even diamond dust coating. Bodies and shafts made from stainless steel. Used for grinding, engraving and chiselling steel (even chrome-cobalt alloy), glass, ceramics, porcelain and plastics. All shafts Ø 2.35mm.

NO 28 2262 pieces

Cutting


Diamond cutting disc SLIM Cut 45

Extremely thin, precise cuts. For sharp edges with almost no chipping. For porcelain stoneware, natural stone (granite, marble), ceramic materials. Thickness 0.6mm. Shaft 3.2mm. Ø 45mm.

NO 28 848


Diamond-coated cutting disc UNI Cut 45
Fast, thin, clean cuts. All-rounder. For porcelain stoneware, natural stone (granite, marble), ceramic materials, glass. With flat diamond coating (10 mm). Thickness 0.9mm. Shaft 3.2mm. Ø 45mm.

NO 28 849







Diamond-coated cutting disc
For cutting, grinding and deburring. Same application as described on the left. Less heating up due to cooling holes. No burn marks! Thickness 0.6mm. Shaft Ø 2.35mm.

NO 28 846



Diamond cutting disc
Only 0.6 thick. For cutting and sanding of porcelain, ceramics, glass fibre boards, plastic and non-ferrous metals. Shaft Ø 2.35mm.

NO 28 840Ø 20mm
NO 28 842Ø 38mm

Rasping


Rasp cutter
For cutting and milling tiles, stoneware, wood and plastics.

NO 28 757


Bohren


Ball-shaped diamond-coated grinding bits
For drilling and machining of glass and types of stone reaching to granite. Recommended for use on drill presses with a speed of 2,000rpm with the addition of coolant. Shaft Ø 2.35mm.

NO 28 230Ø 1.2mm
NO 28 232Ø 2.2mm




Diamond twist drills
For drilling holes in (semi) precious stones, etc. Shaft Ø 2.35mm.

NO 28 255Ø 0.8 and 1.2mm




The heart of our MICROMOT precision tools for 230V!

A comparatively more expensive direct current (DC) special motor with permanent magnet technology.

In relation to its size, the permanent magnet technology makes it very powerful, quiet and long-lasting. Due to its very high efficiency, this motor requires considerably less power for the same power output from the socket outlet than other commonly used motors.

Of course, when utilizing these motors our first concern is to produce small, slender tools with high performance. The outstanding ratio of current consumption:power output also contributes significantly to energy saving, thereby also protecting our environment !