CNC Machining Ontario
UMC-1250 | 5-Axis Mill | 40-Taper | Vertical Mills
UMC-1250 | 5-Axis Mill | 40-Taper | Vertical Mills
5-axis machining is an effective means to reduce setups and increase accuracy for multi-sided and complex parts. The larger travels and bigger platter of the Haas UMC-1250 Series Universal Machining Centers make them perfect solutions for 3+2 machining and simultaneous 5-axis machining of large parts.
- 5-axis simultaneous machining
- Powerful inline direct-drive spindle
- Large-capacity side-mount tool changer
- Includes Wireless Intuitive Probing System
The UMC-1250 offers larger travels and a bigger platter than the UMC- 1000SS and incorporates a number of design improvements.
TRAVELS |
S.A.E |
METRIC |
| X Axis | 50.0 in | 1270 mm |
| Y Axis | 30.0 in | 762 mm |
| Z Axis | 28.0 in | 711 mm |
| Spindle Nose to Platter (~ max) | 32.0 in | 813 mm |
| Spindle Nose to Platter (~ min) | 4.0 in | 102 mm |
SPINDLE |
S.A.E |
METRIC |
| Max Rating | 30.0 hp | 22.4 kW |
| Max Speed | 8100 rpm | 8100 rpm |
| Max Torque | 90.0 ft-lbf @ 2000 rpm | 122.0 Nm @ 2000 rpm |
| Drive System | Inline Direct-Drive | Inline Direct-Drive |
| Taper | CT40 | BT40 | HSK-A63 | CT40 | BT40 | HSK-A63 |
| Bearing Lubrication | Air / Oil Injection | Air / Oil Injection |
| Cooling | Liquid Cooled | Liquid Cooled |
UMC1000SS – 5 Axis with 8 Station Pallet Pool
UMC1000SS – 5 Axis with 8 Station Pallet Pool
5-axis machining is an effective means to reduce setups and increase accuracy for multi-sided and complex parts. The larger travels and bigger platter of the Haas UMC-1000 Series Universal Machining Centers make them perfect solutions for 3+2 machining and simultaneous 5-axis machining of large parts. The UMC-1000SS is equipped with a faster spindle, high-speed tool changer, and high-speed trunnion table to reduce cycle times and boost productivity.
- 5-axis simultaneous machining
- Powerful inline direct-drive spindle
- High-speed trunnion table
- Includes Wireless Intuitive Probing System
The UMC-1000 offers larger travels and a bigger platter than the UMC-750 and incorporates a number of design improvements.
Universal Machining Center Design Improvements:
- Cycloidal Rotary Drives
- Lighter Operator Door
- Front-Mounted Control Pendant
- Easy-Access Operator Convenience Features
- Larger Side-Window
- Stiffer Base Casting
- Standard Rollaway Coolant Tank
TRAVELS |
S.A.E |
METRIC |
| X Axis | 40.0 in | 1016 mm |
| Y Axis | 25.0 in | 635 mm |
| Z Axis | 25.0 in | 635 mm |
| Spindle Nose to Platter (~ max) | 29.0 in | 737 mm |
| Spindle Nose to Platter (~ min) | 4.0 in | 102 mm |
SPINDLE |
S.A.E |
METRIC |
| Max Rating | 30.0 hp | 22.4 kW |
| Max Speed | 12000 rpm | 12000 rpm |
| Max Torque | 90 ft-lbf @ 2000 rpm | 122 Nm @ 2000 rpm |
| Drive System | Inline Direct-Drive | Inline Direct-Drive |
| Taper | CT or BT 40 | CT or BT 40 |
| Bearing Lubrication | Air / Oil Injection | Air / Oil Injection |
| Cooling | Liquid Cooled | Liquid Cooled |
MORI-SEIKI – NH 5000
MORI-SEIKI – NH 5000
MORI-SEIKI – We have now achieved the highest-level of speed in the world 4th-Axis Horizontal machining after recently adding a new NH 5000 to our facility. The NH 5000, is a high-precision horizontal machining center in the NH Series.
Direct Drive Motor technology
- The world’s fastest rotary axis drive system, which achieves zero backlash
- High-speed rotation and High-precision indexing
SMTCL – VMC 1600B
SMTCL VMC 1600B
VMC 1600B CNC VERTICAL MACHINING CENTER
SPECIFICATION:
| VMC1600B | VMC1600B | |
| TRAVELS | S.A.E. | METRIC |
| X Axis | 62 “ | 1600mm |
| Y Axis | 31 “ | 800mm |
| Z Axis | 31.5 “ | 800mm |
| Spindle Nose to Table (~ max) | 37.5 “ | 940mm |
| Spindle Nose to Table (~ min) | 5.5 “ | 140mm |
| TABLE | METRIC | |
| Length | 67 “ | 1700mm |
| Width | 31. “ | 800mm |
| T-Slot Width | 0.87 “ | 22mm |
| T-Slot Center Distance | 5.9″ | 150mm |
| Number of Std T-Slots | 5 | 5 |
| Max Weight on Table (evenly distributed) | 4410 lb | 2000 kg |
| SPINDLE | S.A.E. | METRIC |
| Max Rating | 20 hp | 15kw |
| Max Speed | 8000 rpm | 8000 rpm |
| Max Torque | 70ft-lb | 95.4Nm |
| Drive System | Synchronous-belt transmission | Synchronous-belt transmission |
| Max Torque w/opt Gearbox | 280ft-lb | 95.4Nm |
| Taper | CAT 40 | CAT 40 |
| Bearing Lubrication | Air/Oil Injection | Air/Oil Injection |
| Cooling | Liquid Cooled | Liquid Cooled |
| FEEDRATES | S.A.E. | METRIC |
| Rapids on X | 945 in/min | 24m/min |
| Rapids on Y | 945 in/min | 24m/min |
| Rapids on Z | 945 in/min | 20m/min |
| Max Cutting | 394 in/min | 10m/min |
| AXIS MOTORS | S.A.E. | METRIC |
| Max Thrust X | 1748 lb | 7772N |
| Max Thrust Y | 1748 lb | 7772N |
| Max Thrust Z | 2383 lb | 1059N |
| TOOL CHANGER | S.A.E. | METRIC |
| Type | disc | disc |
| Capacity | 24 | 24 |
| Max Tool Diameter (full) | 3.15″ | 80mm |
| Max Tool Weight | 15.5lb | 7kg |
| Tool-to-Tool (avg) | 2.5sec | 2.5sec |
| Chip-to-Chip (avg) | 3sec | 3sec |
| GENERAL | S.A.E. | METRIC |
| Air Required | 350l/min,0.5-0.7mpa | 350l/min,0.5-0.7mpa |
| Coolant Capacity | 80gal | 300L |
SMTCL VMC 1000B
SMTCL VMC 1000B
VMC 1000B CNC VERTICAL MACHINING CENTER
SPECIFICATION:
| VMC1000B | VMC1000B | |
| TRAVELS | S.A.E. | METRIC |
| X Axis | 39 “ | 1000mm |
| Y Axis | 24 “ | 600mm |
| Z Axis | 25.5 “ | 650mm |
| Spindle Nose to Table (~ max) | 31.5 “ | 800mm |
| Spindle Nose to Table (~ min) | 5.9 “ | 150mm |
| TABLE | METRIC | |
| Length | 47″ | 1200mm |
| Width | 19.7″ | 500mm |
| T-Slot Width | 7/10″ | 18mm |
| T-Slot Center Distance | 4″ | 100mm |
| Number of Std T-Slots | 5 | 5 |
| Max Weight on Table (evenly distributed) | 1322 lb | 600 kg |
| SPINDLE | S.A.E. | METRIC |
| Max Rating | 20 hp | 15kw |
| Max Speed | 10000 rpm | 10000 rpm |
| Max Torque | 70ft-lb | 95.4Nm |
| Drive System | Synchronous-belt transmission | Synchronous-belt transmission |
| Max Torque w/opt Gearbox | – | – |
| Taper | CAT 40 | CAT 40 |
| Bearing Lubrication | Air/Oil Injection | Air/Oil Injection |
| Cooling | Liquid Cooled | Liquid Cooled |
| FEEDRATES | S.A.E. | METRIC |
| Rapids on X | 1250 in/min | 32m/min |
| Rapids on Y | 1250 in/min | 32m/min |
| Rapids on Z | 1180 in/min | 30m/min |
| Max Cutting | 787 in/min | 20m/min |
| AXIS MOTORS | S.A.E. | METRIC |
| Max Thrust X | 1588 lb | 7065N |
| Max Thrust Y | 1588 lb | 7065N |
| Max Thrust Z | 1746 lb | 7771N |
| TOOL CHANGER | S.A.E. | METRIC |
| Type | disc | disc |
| Capacity | 24 | 24 |
| Max Tool Diameter (full) | 3.15″ | 80mm |
| Max Tool Weight | 15.5lb | 7kg |
| Tool-to-Tool (avg) | 2.5sec | 2.5sec |
| Chip-to-Chip (avg) | 3sec | 3sec |
| GENERAL | S.A.E. | METRIC |
| Air Required | 12.38 scfm/72.5-101.5psi | 350l/min,0.5-0.7mpa |
| Coolant Capacity | 53gal | 200L |
HAAS VF4 SS™
HAAS VF4 SS™
Two new HAAS VF4 SS™ to our facilities listing. The HAAS VF-4SS™ comes standard with an innovative 12,000-rpm inline direct-drive spindle, an ultra-fast tool changer and 1400-ipm rapids. The unique inline, direct-drive system couples the motor directly to the spindle rather than using belts. Less vibration, less heat and less noise than other drive systems provides better surface finishes, thermal stability and very quiet operation.
HRT 310
HRT 310
For holding medium to large parts or fixtures, the HRT Series of T-slotted rotary tables is the answer. These rugged, heavy-duty tables can be mounted vertically or horizontally for added versatility. Chucks and fixtures can easily be bolted to the table using the six precision T-slots, and large through-holes allow for bar feeding and special fixture-locating requirements.
“The MIYANO JNC-60 has all the very latest technology for increased productivity. This heavy-duty slant bed machine is designed to provide faster part cycle times, faster turret indexing time and higher spindle speeds permitting more efficient machining. Cycle time needed to finish a work piece has been shortened so finally a CNC machine can compete with a screw machine.
One of the first CNC machines we acquired, the EX-CELL-O 605 is known for its ease of programming. Excellent for short runs and prototype work, this machine is extremely flexible for machining of light metals.
SolidCAM is the leading Integrated CAM software which runs directly inside in SOLIDWORKS and Autodesk Inventor, with seamless integration and full tool path associativity. With the single-window integration, all machining operations can be defined and verified without leaving the parametric CAD assembly environment you are used to. SolidCAM is the only CAM with the unmatched, patented iMachining solution, and also supports all Milling and Turning functionality, with powerful support for advanced Mill-Turn machines, including Swiss-Type.
SolidCAM’s iMachining provide unbelievable savings and increased efficiency in your CNC milling operations. With its patented “morphing spirals”, intelligent island separation and Moating, iMachining provides you with the shortest cycle times in the industry. iMachining’s unbelievable cycle time savings and unmatched tool life extension drastically increases the productivity and profit of your machines. iMachining’s patented Technology Wizard provides automatic, optimal feed and speed values for different materials and CNC machines.
When Price Matters Manual Machinery Can Help to Keep Costs Down
The ELUMATEC MGS 142/11 and the CPO 275 Scotchman (BEWO) high speed cutting saws are ideal for non-ferrous cutting of tubes, profiles and solids. These machines will cut to +/- .005″ tolerances while producing virtually burr free cuts, and in most applications eliminate the additional expense of deburring altogether.
Abbecan Industries is equipped with four manual milling machines (ex-cell-o), each with digital read out and a wide range of supplementary tooling
CNC Machining and Manual Machined Sample Products
CNC Machining and Conventional Machined Products:
Heatsinks
Computers and machinery can create a lot of heat that can stop them from working efficiently. This problem can be overcome with a Heatsink to enhance heat dissipation from hot circuit board surfaces. Abbecan Industries is able to make Heatsinks in solid or extruded Aluminum as well as multiple types and alloys of sheet metal. With fins or ridges that can increase surface area to effectively dissipate heat into the surrounding air, ultimately protecting your machinery and IT systems.
