OMGA TR 2B I INT VIS Compound Double Mitre Saw Applications
- Aluminum window and door production facilities
- PVC profile fabrication and extrusion cutting operations
- Architectural metal fabrication shops
- Precision compound mitre cutting applications
- Furniture, cabinet, and custom frame manufacturing
- Industrial production cutting environments requiring repeatable accuracy
- Profile and extrusion cutting for commercial fabrication projects
Designed for production facilities that require smooth cutting head movement, accurate digital positioning, and dependable industrial cutting performance.
OMGA TR 2B I INT VIS Compound Double Mitre Saw Specifications
| Model | TR 2B I INT VIS |
|---|---|
| Machine Type | 14" Compound Double Mitre Chop Saw |
| Saw Blade Diameter | 370 mm (15") |
| Saw Bore | 1" |
| Motor Power | 2 × 4 HP |
| Arbor Speed | 3200 RPM |
| Maximum Distance Between Saws | 9' 2" |
| Minimum Distance Between Saws | 23 5/8" |
| Minimum Distance Between Saws at 45° | 23 5/8" |
| Cross Cut Capacity at 90° | 6 3/4" |
| Cross Cut Capacity at 45° | 4 1/2" |
| Maximum Beveled Cross Cut | 6 3/4" |
| Maximum Depth of Cut | 4 1/4" |
| Width Cutting Capacity | 7" |
| Thickness Capacity | 4 1/8" |
| Length Capacity | 9' 2" |
| Dust Chute | 2 × 3 1/8" |
| Approximate Shipping Weight | 1,753 lbs. |
| Crated Dimensions | 152" × 45" × 65" |
| Control System | Digital Read-Out |
OMGA TR 2B I INT VIS Compound Double Mitre Saw Performance & Construction
- Dual-head compound mitre saw design combines one fixed left cutting head with one movable right cutting head for flexible and precise cutting operations.
- Precision ball bushing traverse system allows smooth and accurate movable head positioning for repeatable production performance.
- Digital read-out control system improves measurement accuracy and simplifies setup for efficient operator workflow.
- Dual 4 HP industrial motors provide dependable cutting power for aluminum, PVC, and industrial profile materials.
- Positive angle stops on both heads support fast setup and consistent cutting accuracy for common mitre angles.
- Standard pneumatic vertical clamps stabilize the workpiece during operation to improve cutting precision and operational safety.
- Large cutting capacity handles material widths up to 7" and thicknesses up to 4 1/8" for versatile production capability.
- 3200 RPM arbor speed delivers clean, efficient cuts while reducing material tear-out and improving overall cut quality.
- Heavy-duty industrial frame construction engineered for long-term durability in continuous production environments.
- Integrated dust chute system supports cleaner shop operation and compatibility with external dust collection systems.
- Expandable modular configuration allows customization with optional clamps, lubrication systems, and production accessories.
OMGA TR 2B I INT VIS Compound Double Mitre Saw Optional Equipment
- Additional horizontal pneumatic clamps
- Additional vertical pneumatic clamps
- Extended cutting length systems
- Air-over-oil blade descent control
- Short-piece support brackets
- Spray mist lubrication system
- Additional production automation accessories
The OMGA TR 2B I INT VIS Compound Double Mitre Saw can be configured with multiple production-enhancing options to meet the requirements of specialized fabrication environments.
Why Choose the OMGA TR 2B I INT VIS Compound Double Mitre Saw
- Precision digital read-out system improves cutting accuracy and setup efficiency.
- Dual industrial 4 HP motors deliver reliable production-level cutting power.
- Ball bushing movable head system ensures smooth operation and precise positioning.
- Heavy-duty industrial construction supports long-term production durability.
- Large cutting capacity accommodates a wide range of extrusion and profile materials.
- Expandable options allow the machine to adapt to evolving production requirements.
- Excellent solution for aluminum, PVC, and industrial profile fabrication operations.
The OMGA TR 2B I INT VIS Compound Double Mitre Saw combines industrial durability, smooth precision movement, and accurate digital positioning to provide dependable high-performance compound mitre cutting for modern fabrication facilities.
