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OMAX 2626 Precision JetMachining Centre
O2626
OMAX Waterjet Range
06 322 1575
Specifications
| Machine Footprint* (L x W): | 2,970 mm x 2,080 mm |
| Height **: | 2,540 mm |
| Weight (Tank Empty): | 1,361 kg |
| Operating Weight: | 2,962 kg |
| X-Y Cutting Envelope***: | 660 mm x 660 mm |
| Z-Axis Travel***: | 203 mm |
| Table Size (L x W): | 1,168 mm x 787 mm |
| Material Support Slats: | 102mm x 3mm Galvanised Steel |
| Max Supported Material Load: | 1950kg/m2 |
| Electrical Requirements: | 3 Phase 380-480 VAC +/- 10% 50-60 Hz |
| Noise Level: | Below 80 dB at one metre for submerged cutting |
| Speed: | 4,572 mm/min |
| Linear Positional Accuracy: | ±0.025 mm |
| Repeatability: | ±0.025 mm |
| Ballbar Circularity: | ±0.064 mm |
OMAX Benefits
- Fastest cutting speeds and best precision compared to any competitive abrasive waterjet in the industry.
- Backed by our exclusive IntelliMAX Premium Software with real world cutting data.
- Robust and accurate design for tight tolerance cutting and reliable operation.
- Easy operator access to the work area.
- Small, efficient footprint for minimal floor space utilisation.
- Precision X-Y Axis rigidly mounted to the cutting table.
- Pre-loaded linear bearings and precision ball screws.
- Drive system sealed against water, dirt, and grit.
- No tool changes & minimal fixturing dramatically reduce setup.
- Machines a wide range of materials and thicknesses, from metals and composites to glass and plastics.
- Leaves behind a satin-smooth edge, reducing secondary operations.
- Does not create heat-affected zones or mechanical stresses.
- Environmentally "green" system with quiet and clean operation with low electrical consumption.
- No noxious gases, liquid or oils used in, or caused by, the machining process.
- Shipped as a completely pre-assembled and factory-tested system.
- Designed and manufactured at the OMAX factory in Kent, Washington, USA.
- Standard programmable Motorised Z-Axis with a precision OMAX MAXJET 5i Nozzle boosts productivity and process efficiency.
- Standard IntelliCAM software program is available with two tools in one that can generate either 2D or 3D tool paths from 3D models.
- Standard IntelliVISOR SE System Monitoring offers predictive maintenance and system monitoring to minimise unexpected downtime
- Standard Rapid Water Level Control for cleaner, safer, and quieter submerged cutting completes most work below 80dB.
- Optional Bulk Abrasive Delivery System transports garnet from the assembly's large hopper into the Zero Downtime Hopper located on the Z-Axis.
- Standard whip-style hard plumbing adds another level of safety by using contained high-pressure components, as well as contributes to a smaller footprint, lower maintenance, and higher reliability.
- Optional Tilt-A-Jet taper eliminating abrasivejet cutting head.
- Optional Variable Speed Solids Removal System (VS-SRS) designed for industrial use increases uptime through automated solids removal.
- EnduroMAX pump technology delivers the highest nozzle horsepower in the industry for faster and more efficient cutting.
- High efficiency EnduroMAX pump system available in 30 HP, 40 HP or 50 HP with operating efficiencies up to 85%.
- Highly robust and reliable pump design capable of up to 1,000 hours between maintenance.
- Uses substantially less cooling water than inefficient hydraulic intensifier pumps.
- Lowest electrical consumption compared to other pump technology.
Drive Description
- Closed loop digital drives, brushless servo motors, pre-loaded ball screws with recirculating ball bearings, linear bearings with hardened precision ground ways, Cantilever Y-Axis on bridge and X-Axis.
Additional Notes
- All products meet rigorous international standards and requirements.
- Accuracy Specifications are based on a water temperature of 22℃.
- OMAX reserves the right to adjust specifications without notice.
- Install according to local electrical code.
**With standard scissor plumbing.
*** Additional accessories may reduce travel.
**** Recommended maximum orifice size. Smaller orifice sizes have a corresponding lower flow rate.
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