CORMAK BS370H is a robust semi-automatic band saw designed for precise cutting of tubes, profiles and solid materials. The new version is equipped with a top clamp for bundle cutting and stepless blade speed adjustment via inverter from 20–90m/min. These solutions increase the machine's capabilities and make it easier to adapt operating parameters to the type of material being processed.
CORMAK BS370H is a robust semi-automatic band saw designed for precise cutting of tubes, profiles and solid materials.
The new version is equipped with a top clamp for bundle cutting and stepless blade speed adjustment via inverter from 20–90m/min. These solutions increase the machine's capabilities and make it easier to adapt operating parameters to the type of material being processed.
The clamp stabilises stacked workpieces and limits their movement during operation. It allows more efficient cutting of bundles of profiles, tubes and other repetitive components.
Stepless blade speed adjustment enables precise selection of cutting parameters according to the cross-section, thickness and type of material, without being limited to several fixed speeds.
The integrated top clamp enables several components stacked on top of one another to be stabilised. This is particularly useful when cutting profiles, tubes and other materials with repetitive dimensions in series.
The material is held both by the vice and from above, limiting the movement and lifting of individual components in the bundle as the blade passes through.
The blade speed can be adjusted steplessly from 20 to 90m/min. The inverter allows the operating parameters to be adapted to the type and cross-section of the material and the nature of the cutting operation.
The operator is not limited to two factory-set speeds. The blade speed can be selected more precisely for cutting thin-walled profiles, tubes, structural sections and solid materials, among others.
After positioning the material and starting the cycle, the machine automatically performs the successive cutting stages:
The operator focuses primarily on positioning and feeding the material, while the main cutting cycle proceeds in a controlled and repeatable manner.
The blade guides use sintered carbide inserts and bearings. This solution ensures stable blade guidance and helps maintain a straight cutting line.
The rigid arm and body made of spheroidal graphite cast iron reduce the structure's susceptibility to twisting, which is important when cutting larger cross-sections and solid materials.
The swivelling arm enables cuts within a range of -45° to +60°. The material can remain in one position while the operator sets the required angle of the saw arm.
| Maximum cutting diameter at 90° | Ø270mm |
| Maximum square cross-section at 90° | 220 × 220mm |
| Maximum rectangular cross-section at 90° | 370 × 220mm |
The blade drive is transmitted through a worm gearbox. The cast-iron worktable and substantial base provide stable support for the machine during operation.
The upper section of the base forms a tray for collecting coolant and chips generated during cutting. An efficient pump operates in a closed circuit, directing coolant straight to the machining zone.
| Model | CORMAK BS370H |
| Operating mode | semi-automatic |
| Mitre cutting range | -45° to +60° |
| Blade speed | steplessly adjustable 20–90m/min |
| Blade speed adjustment | inverter |
| Top material clamp | yes – for bundle cutting |
| Saw blade size | 3160 × 27 × 0.9mm |
| Blade tension | mechanical, manual |
| Arm descent adjustment | stepless – hydraulic cylinder |
| Vice control | hydraulic |
| Vice base height | 890mm |
| Power supply | 400V / 3-phase |
| Total power | 1.5kW |
| Coolant pump power | 46W |
| Dimensions with base | 1850 × 950 × 1500mm |
| Weight | 491kg |
The CORMAK BS370H band saw is designed for cutting:
The BS370H combines a wide mitre cutting range, semi-automatic operating cycle, hydraulic material clamping and a robust cast-iron construction. The top clamp extends the machine's capabilities with convenient bundle cutting, while the inverter with 20–90m/min adjustment enables more precise adaptation of blade operation to the material being processed.
