We produce metal bandsaw blades in three versions: the “carbon” grade for the workshop, the bi-metal grade for production and workshop, and the carbide version for special applications.

True to the motto:

We supply the metal bandsaw blades that give you the optimal sawing result.

Which tooth form suits which application?

To meet your every requirement, we offer the material grades of our bandsaw blades in the necessary choice of tooth types:

Standard tooth (S)

This tooth geometry is available in our grades No. 20 GUHEMA Kristall, No. 22 GUHEMA Kristall plus and No. 35 GUHEMA Bi-Co-lastic. This geometry is ideal for general, universal use.

Standard tooth

Hook tooth (K)

This tooth geometry is available for grades No. 20 GUHEMA Kristall, No. 22 GUHEMA Kristall plus and No. 35 GUHEMA Bi-Co-lastic. This geometry is used for austenitic and stainless steels.

Hook tooth

Variable toothing (V)

Variable toothing is available in grade No. 35V GUHEMA Bi-Co-lastic. This V toothing produces a particularly low-vibration cut and is ideal for bundle cutting as well as for solid material. Because metal bandsaw blades with V toothing cover a considerably wider range of applications, the band changes otherwise required, and with them machine downtime, are eliminated. The lower noise level at the workplace is a side effect of variable toothing that is often praised by staff.

Variable toothing

Variable positive toothing (VP)

VP toothing is available in grades No. 35VP GUHEMA Bi-Co-lastic and No. 36VP GUHEMA Bi-Co-lastic plus. This variable positive toothing achieves maximum cutting performance combined with a long service life. Cutting technology at the highest level.

Variable positive toothing

Variable positive toothing with reinforced tooth back (VP-D)

The variable special tooth form is available in grades No. 33VP-D GUHEMA Bi-Co-lastic and No. 34VP-D GUHEMA Bi-Co-lastic.
The tooth design with its extra-strong tooth back was developed specifically for bundle cutting and for cutting profiles and beams. The positive rake angle contributes to optimal chip formation and thus to a clean cut.

Variable positive toothing with reinforced tooth back

Carbide grit

The carbide grit cutting edge is available as a continuous version in No. 40 GUHEMA HM-Granulat and as a gulleted version in No. 41 GUHEMA HM-Granulat. This toothing excels where conventional saw teeth are at a disadvantage.

Carbide grit

Positive toothing (P-HM)

Positive toothing is available in grades No. 44P GUHEMA HM-Zähne and No. 45P GUHEMA HM-Zähne. This toothing was developed as the step up into the carbide class. It cuts abrasive workpieces as well as sand-encrusted castings.

Positive toothing

Variable positive toothing (VP-HM)

Variable positive toothing is available in grade No. 46VP GUHEMA HM-Zähne. The variable tooth sequence is made up of ground carbide teeth with roughing and finishing cutters. This toothing achieves maximum cutting speed and maximum tool life.

Variable positive toothing

Variable negative toothing (VN-HM)

Variable negative toothing is available in grade No. 47VN GUHEMA HM-Zähne. The negatively ground carbide teeth make it possible to cut extremely hard workpieces. This special toothing is used, for example, on surface-hardened shafts.

Variable negative toothing

Which bandsaw blade width do I need?

As a rule, you should choose the largest band width permitted for the machine. The advantage is the high stability of the band under high feed forces. When using metal bandsaw blades for contour cutting, the width of the bandsaw blade depends on the smallest radius to be cut. The following graphic gives you a visual aid for determining the blade width.

Bandsaw blade width

How do I run in a new bandsaw blade correctly?

When using GUHEMA metal bandsaw blades, we recommend observing a few simple but important ground rules for workpiece, machine and bandsaw blade in order to achieve optimal cutting results:

Running in bi-metal bandsaw blades

Set the recommended cutting speed and, during the initial period, reduce the feed rate to 50% of the recommended feed.

  • For large cross-sections, keep these settings for 15 min.
  • For small workpiece dimensions, cut about 300 cm2 at this setting.

If there is vibration noise or vibration on the machine, reduce the cutting speed.

After running in, slowly increase the feed rate to the recommended cutting parameters.

Running in the bandsaw blade produces an optimal cutting edge, with the edge radii reduced to a minimum, so that the tooth geometry is optimally formed.

Running in carbide bandsaw blades

To do this, set the cutting speed to 75% of the recommended speed and reduce the feed rate by approx. 50% of the recommended feed.

  • For large cross-sections, keep these settings for 15 min.
  • For small workpiece dimensions, cut about 300 cm2 at this setting.

Be sure to avoid vibration noise or vibration on the machine by reducing the cutting speed further.

After running in, first slowly increase the cutting speed to the recommended speed. Only then increase the feed rate to the recommended value.

Running in the bandsaw blade produces an optimal cutting edge, with the edge radii reduced to a minimum, so that the tooth geometry is optimally formed.

Which cutting speed for which material?

MaterialsMaterial numberCutting speed [m/min]
20 series30 series40 series
Structural steels
ST 271.003740-6050-9090-110
ST 521.057030-5060-8080-100
Case-hardening steels
C 101.030140-6060-10080-120
21 NiCrMo 21.652330-5040-6055-85
20 CrMo 51.724630-4050-6070-100
16 MnCr 51.713130-4040-6070-90
Nitriding steels
34 CrAlNi 71.855020-4030-50
Free-cutting steels
9 S 201.071150-7080-110100-150
Quenched and tempered steels
C 451.050340-6050-8080-110
42 CrMo 41.722530-4040-6050-80
34 CrNiMo 61.658230-4040-6050-80
Ball-bearing steels
100 Cr 61.350520-3040-6070-90
Spring steels
50 CrV 41.815930-4040-6050-80
Unalloyed tool steels
C 80 W 11.152530-4040-6050-80
Alloy tool steels
X 210 Cr 121.208020-4030-50
X 155 CrVMo 12 11.237920-3020-4040-50
90 MnCrV 81.284220-3020-4050-60
High-speed steels
S 6-5-21.334330-5030-50
S 18-0-11.335530-5030-50
S 3-3-21.333330-5050-60
S 2-10-1-81.324725-4040-50
S 10-4-3-101.320725-4040-50
High-temperature steels
X 12 CrCoNi 21 201.497115-2530-40
X 20 CrMoWV 12 11.493530-4040-50
Heat-resistant steels
X 15 CrNiSi 25 201.484115-2530-40
X 12 NiCrSi 36 161.486415-2530-40
Stainless and acid-resistant steels
X 5 CrNi 18 91.430120-4030-50
X 10 CrNiMoTi 18 101.457120-4030-50
X 20 Cr 131.402120-4030-50
Quenched and tempered steels
1000 - 1200 N/mm220-4030-50
1200 - 1400 N/mm220-4030-50
1400 - 1600 N/mm215-2525-35
Cast steel
GS 381.042030-4040-7070-90
GS 601.055830-4040-6070-90
Cast iron
GG 300.603030-4040-6050-80
GGG 500.705025-3530-5050-70
Aluminium alloy
Al Mg 33.353570-110
Al Mg 4,5 Mn3.354770-110
Tin bronze
CuSn 62.102070-110
Aluminium bronze
CuAl 82.092040-70