Kennedy® Brazed Tip Turning and Boring Tools

Manufactured in three standard grades. (All sizes are nominal). Manufactured to ISO DIN BHMA Standards.
P40:
Roughing to heavy roughing of steel and steel castings using heavy feeds and low to medium cutting speeds. Also used under unfavourable conditions, particularly where intermittent cutting is involved. This grade is also suitable for planing operations and for machining manganese steel.
P30:
Carbide tipped tools are suitable for heavy duty turning and boring on all classes of steel. Suitable also for interrupted cutting and machining at low speeds and heavy feeds.
K20:
General-purpose tools for most applications. Ideal for machining cast iron, non-ferrous metals, bakelite etc. Combines wear resistance with toughness when rough turning at moderate cutting speeds. Suitable for high feed rates.

For all dimensional and technical specifications please refer to our catalogue.

Cranked Knife Turning Tools

Right Hand. Available in Grades P40, P30 and K20.

Yamaloy® Inserts

QMA (P20-P40/K20-K30) Coated. Sintered chipbreaker with a multi layer TiALN PVD coated sub-micrograin grade. Provides high quality threads for most materials including exotic alloys and stainless steels. Best performance is achieved at medium to high cutting speeds.

UN

External Right Hand

SwissTech 2 Flute Slot Drills Weldon Shank HSS-Co 8%

Centre cutting. Weldon shank to DIN 1835B. Cutting diameter to e8. Shank diameter to h6. Available in HSS-Co 8% Uncoated (for general production machining), HSS-Co 8% TiCN Coated (extends cutter life and improves work material surface finish) and HSS-Co 8% TiALN Coated (dissipates and resists heat, reduces surface friction coupled with high surface hardness).

For all dimensional specifications please refer to our catalogue.

Series 01 Short SDL-2WS TiALN Coated

Dimensions to DIN 327.

Granlund HSS Size 1 Counterbores

Type N. HSS. Tolerence P8.

Counterbores N with a diameter of 50mm and larger are all made with a driving lip. These sizes should be used in the appropriate type M toolholder.

For further specifications please refer to our catalogue.

SwissTech 2 Flute Slot Drills Plain Shank Q-Coat Carbide

Centre Cutting. To Manufacturers Standards. Cutting diameter to h10, Shank diameter to h6. 'Q-Coat' Coating has been specifically developed to give carbide cutters the 'edge' when faced with severe machining conditions. Materials up to 66 HRC. Dry cutting. Die and Mould machining. Reduced coolant usage and disposal. Up to 100% longer cutter life. Reduced manufacturing costs. A multi-layer coating capable of operating at higher speed and feed. Excellent oxidisation resistance. High speed machining. Surface hardness 3300HV. Surface coefficient against steel 0.25. Thickness of coating 305um. Maximum working temperature 850. Re-coating service also available.

For all technical and dimensional specifications please refer to our catalogue.

Series 60 Short SDQ-2PS Carbide Q-Coat

Dimensions to DIN 844.

SwissTech 4 & 6 Flute End Mills Threaded Shank HSS-Co 8%

Centre cutting. Weldon shank to DIN 1835B.
Shank cutting diameter to plus0.04 -0.0.

Available in HSS-Co 8% Uncoated (for general production machining), HSS-Co 8% TiCN Coated (extends cutter life and improves work material surface finish) and HSS-Co 8% TiALN Coated (dissipates and resists heat, reduces surface friction coupled with high surface hardness).

For all dimensional specifications please refer to our catalogue.

Series 36 Regular EMN-4TR TiCN Coated

Dimensions to DIN 844.

WNMG

Suitable for External/Internal Toolholders.

Guhring Machine Chucking Reamers Intermediate Diameter HSS-E

Available in diameters ranging from 2mm to 10mm in increments of 0.01mm. Made from HSS-E steel with a bright finish, left hand spiral flute. For all ferrous and non-ferrous metals and hard and soft plastics. For use on CNC machines, producing high quality reamed holes. Manufactured to DIN 212 and DIN 2172 section 1.

Shank diameter equals cutting diameter - 0.025mm.
dia 2.00 - dia 2.65 / dia 2.66 - dia 10.00 H9.

Diameter Tolerances (to H7)
Up to 5.5mm: plus 0.004mm minus 0.000mm
Above 5.5mm: plus 0.005mm minus 0.000mm.

Code numbers are determined by the nominal diameter. Delete the decimal point; create a four figure number by preceding the figures with a zero, if required. All codes finish with the letter A, i.e. 3.60 becomes 0360A.

For all technical specifications please refer to our catalogue.

Starratt Bandsaw Blades

Super Flex-Back is recommended for general-purpose cutting at an attractive cost on easy to machine materials; blades have excellent fatigue endurance to give long life on machines running at a high surface feet per minute. High carbon/chromium `pinpoint carbide` tool steel. Hardened and tempered tooth tips - 64/66 Rockwell C Hardness. Economical, general-purpose cutting. Recommended applications: light section low alloy steels, ferrous and non-ferrous metals, plastics, furniture and composition board.

Sherwood Taps

Sherwood HSS Taps are the general purpose option for thread cutting in most materials including steel, some stainless steels, cast irons and non-ferrous materials such as Aluminium, Brass and many others.

Manufactured with precision ground flutes for producing accurate thread forms, Sherwood Taps are available in all the popular thread forms and as straight Flute `Hand` Taps in 3 leads, Fluteless, Spiral Flute, or Spiral Point Machine Taps and also Long Series.

Sherwood Tap dimensions conform to ISO529 apart from NPT Forms which conform to ANSI 94.9. Straight Flute and Fluteless Taps are manufactured with a standard Bright Finish whereas the Machine Taps have an Oxidised Finish for best results dissipating the heat build-up associated with these applications.

Thread Forms are Class 2 medium fit tolerance.

For all technical and dimensional specifications please refer to our catalogue.

Taper Tap UNF (Unified Fine) Long Shank Straight Flute Ground Thread HSS

Sherwood taper taps are used to start cutting the thread is tapered back from the end 6 to 10 threads before a fully threaded diameter is reached this allows the tap to be positioned easily and correctly before it starts to cut the thread.