OMAX 2626
Precision JetMachining Center »
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† Photo may show optional accessories -
† Photo may show optional accessories -
† Photo may show optional accessories -
† Photo may show optional accessories
The OMAX 2626 JetMachining Center has the smallest footprint of our cantilever-style waterjet machines. With a completely sealed and protected ball screw drive system, this robust and reliable workhorse is perfect for shops cutting projects with smaller dimensions but needing high precision. Waterjet system includes pump and software.
Need help finding the right machine for you? Check out our waterjet selection wizard.
Units:
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OMAX 2626 Front View
8’ 4” Height 2,540 mm Height
9’ 8” Length 2,946 mm Length -
OMAX 2626 Side View
8’ 4” Height 2,540 mm Height
6’ 0” Width 1,829 mm Width
Machine Dimensions
| Footprint * – (L x W) | 9’ 8” x 6’ 0” | 2,946 mm x 1,829 mm |
| Height ** | 8’ 4” | 2,540 mm |
| Weight (tank empty) | 3,000 lb | 1,361 kg |
Work Envelope
| X-Y Cutting Envelope *** | 2’ 2” x 2’ 2” | 660 mm x 660 mm |
| Z-Axis Travel *** | 8” | 203 mm |
| Table Size – (L x W) | 3’ 10” x 2’ 7” | 1,168 mm x 787 mm |
Standard Model Specifications
| Speed | 180 in/min | 4,572 mm/min |
| Linear Positional Accuracy | ±0.0010" | ±0.0254 mm |
| Repeatability | ±0.0010" | ±0.0254 mm |
| Ballbar Circularity | ±0.0025" | ±0.0635 mm |
All products meet rigorous international standards and requirements. Learn more »
* Footprint includes controller but not the pump.
** With standard whip plumbing. Optional scissor plumbing reduces the height.
*** Additional accessories may reduce travel.
- Fastest cutting speeds and best precision compared to any competitive abrasive waterjet in the industry
- Backed by our exclusive IntelliMAX 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 floorspace utilization
- 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 Motorized 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 minimize unexpected downtime
- Standard Rapid Water Level Control for cleaner, safer, and quieter submerged cutting completes most work below 80 dBA
- Optional Bulk Abrasive Delivery System transports garnet from the assembly's large hopper into the Zero Downtime Hopper located on the Z-Axis
- Optional scissor-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, 50 hp or 100 hp with operating efficiencies up to 85%
- Highly robust and reliable pump design capable of over 1,000 hours between maintenance
- Uses substantially less cooling water than inefficient hydraulic intensifier pumps
- Lowest electrical consumption compared to other pump technology