Twist Drill Set with plastic stand
Table drill machine
Chuck for table drill machine
Pin vice (Ø = 0 - 3,20 mm)
Pin vice (Ø = 0,10 - 1,00 mm)
Pin vice (Ø = 0.3 - 1,20 mm + 1,30 - 2,30 mm)
Small Hand Drill
Archimedean drill
Vee-block for drilling
Mini drill front part
Automatic drill chuck
Twist drill set of 10 HSS drill bit with...
Twist drill set with 10 HSS drills
Reamers, cylindrical
Wood working drill with centre point
Adaptor with two collets
Drill for brass HSS Ø = 1.4mm
HSS drill bit with reinforced shank (shank-Ø =...
HSS micro drill bit with reinforced shank...
Centre drills DIN 333
Set of cutting-broaches
Reamer d = 1,49 mm Ø
Twist drill box empty
HSS-drills DIN 338
opta Cut 2000 high performance cutting oil High quality drills:
We offer an extensive range of drills for precision mechanical work. You have the choice between single drills starting from smallest diameters from 0.20 mm up to 5.00 mm. Most of these can be ordered individually or as a set for storing in a box or stand. Our drills made of HSS (high speed steel) are particularly hard and prove to be very resistant to wear and heat. The Spirec drills have a reinforced shank for precise drilling.
Accessories for drill holes:
In the most varied clamping ranges of up to 6.50 mm you will find quick-release chucks, fine boring attachments, pin blocks or hand boring handles. We also recommend the use of drilling and cutting oil when tapping, as it reduces friction.
For a perfect mechanical drilling result, we recommend our bench drilling machine with quill feed and 3-fold ball bearing spindle.
Improved surface through reamers:
For the fine machining of the bore, we recommend the use of our reamers, also known as reamers. With this fine mechanical tool, you achieve a high degree of accuracy in terms of shape and dimension and can then deburr, expand and finish the drilled hole. In our online shop you can buy cylindrical, conical or conical reamers.
Cylindrical reamers for firm seating:
Cylindrical reamers are used for accurate bores when, for example, a wheel or gear is to be pressed onto an axle or shaft. The wheel bore must then remain just below the dimension of the axle so that the wheel sits firmly on the axle.