Miraco 3d Scanner now under $2000...
Miraco 3d Scanner now under $2000...
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---PROFESSIONAL GRADE---
*Mills are built on order, delivery is approx 9~14 weeks
Prices include Sea Freight to your nearest port*
*Excludes Local Taxes*
A horizontal boring mill with a Ø130mm spindle is a type of machine tool that is primarily used to bore holes in horizontal surfaces. This machine is characterized by its large spindle diameter of 130mm, which allows it to accommodate larger cutting tools and perform more demanding operations.
The machine typically consists of a rigid base, a rotating table that can be positioned in multiple angles, a horizontal spindle that rotates around its axis, and a cutting tool that is attached to the spindle and can be moved in multiple directions. The spindle is designed to be able to move vertically, providing precise control over the depth of the cut.
The machine can be used for a variety of applications, including the machining of large components in a variety of materials, such as steel, aluminum, and other metals. It can also be used for boring, reaming, tapping, and drilling operations, and can be equipped with various attachments, such as a rotary table or a right angle head, to increase its versatility.
Overall, a horizontal boring mill with a Ø130mm spindle is a highly precise and versatile machine that can be used to produce high-quality parts in a wide range of industries, including aerospace, defense, heavy equipment manufacturing, and more.
| Description | Metric | Imperial |
| Spindle |
Diameter - Ø130mm Speeds - 24 Steps Speed Range - 8-800rpm Taper - Metric 80 Motor - 15Kw Torque - 3136Nm |
Diameter - Ø5.12 in Speeds - 24 Steps Speed Range - 8-800rpm Taper - Metric 80 Motor - 20.11hP15Kw Torque - 2311 ft-lbs |
| Worktable |
Size - 1800x1600mm Table load - 10 000kg |
Size - 70.87 x 62.99 in Table load - 22,046 lbs |
| Travels |
X-Axis - 2000mm |
X-Axis - 78.74 in Y-Axis - 70.87 in Z-Axis - 78.74 in |
| Quill / Spindle Travel | W-Axis - 900mm | W-Axis - 35.43 in |
| Table Rotation | B-Axis - 360° Degrees | B-Axis - 360° Degrees |
| Facing Head travel | U-Axis - 250mm | U-Axis - 9.84 in |
| Facing Head | Head Diameter - Ø750mm Speeds - 18 Steps Speed Range - 2.5-125rpm Torque - 1960Nm |
Head Diameter - Ø29.53 in Speeds - 18 Steps Speed Range - 2.5-125rpm Torque - 1444 ft-lbs |
| Dimensions | 7030x 4665x 3800mm | 276.38 x 183.66 x 149.61 in |
| Weight | 28 000kg | 61,729 lbs |
Delivery is 12-16 Weeks from Deposit
Strictly a Build on Demand product
Here is a basic outline of the steps involved in using this type of machine:
Prepare the workpiece: Ensure that the workpiece is secure and properly mounted on the machine's table. If necessary, clamp the workpiece or use fixtures to hold it in place.
Select the cutting tool: Choose the appropriate cutting tool for the job, based on the material and the type of operation being performed. Attach the cutting tool to the spindle, making sure that it is tightened securely.
Set the spindle speed: The spindle speed should be set according to the specifications for the cutting tool and the material being machined. Consult the machine manual or the cutting tool manufacturer's recommendations for guidance.
Set the feed rate: The feed rate determines the speed at which the cutting tool moves in and out of the material. This should also be set according to the specifications for the cutting tool and the material being machined.
Position the cutting tool: Move the cutting tool into position over the workpiece. Ensure that the tool is at the proper height and that the spindle is level.
Start the machine: Turn on the machine and allow it to reach full speed before beginning the cut. Slowly lower the cutting tool into the material, making sure to keep the feed rate consistent.
Monitor the operation: Continuously monitor the operation to ensure that the cutting tool is moving smoothly and that the workpiece is not being damaged. Adjust the feed rate or spindle speed as needed to maintain a consistent and accurate cut.
Finish the operation: When the cutting operation is complete, turn off the machine and carefully remove the cutting tool from the material. Clean the machine and the workpiece as necessary, and prepare for the next operation.
Note: This is a general outline of the steps involved in using a horizontal boring mill with a Ø130mm spindle. Always consult the machine manual and follow proper safety procedures, including wearing appropriate personal protective equipment, when using this type of machine.
*Information shown may differ or change without warning*
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A horizontal boring mill with a Ø130mm spindle is a type of machine tool that is primarily used to bore holes in horizontal surfaces. This machine is characterized by its large spindle diameter of 130mm, which allows it to accommodate larger cutting tools and perform more demanding operations.
The machine typically consists of a rigid base, a rotating table that can be positioned in multiple angles, a horizontal spindle that rotates around its axis, and a cutting tool that is attached to the spindle and can be moved in multiple directions. The spindle is designed to be able to move vertically, providing precise control over the depth of the cut.
The machine can be used for a variety of applications, including the machining of large components in a variety of materials, such as steel, aluminum, and other metals. It can also be used for boring, reaming, tapping, and drilling operations, and can be equipped with various attachments, such as a rotary table or a right angle head, to increase its versatility.
Overall, a horizontal boring mill with a Ø130mm spindle is a highly precise and versatile machine that can be used to produce high-quality parts in a wide range of industries, including aerospace, defense, heavy equipment manufacturing, and more.
| Description | Metric | Imperial |
| Spindle |
Diameter - Ø130mm Speeds - 24 Steps Speed Range - 8-800rpm Taper - Metric 80 Motor - 15Kw Torque - 3136Nm |
Diameter - Ø5.12 in Speeds - 24 Steps Speed Range - 8-800rpm Taper - Metric 80 Motor - 20.11hP15Kw Torque - 2311 ft-lbs |
| Worktable |
Size - 1800x1600mm Table load - 10 000kg |
Size - 70.87 x 62.99 in Table load - 22,046 lbs |
| Travels |
X-Axis - 2000mm |
X-Axis - 78.74 in Y-Axis - 70.87 in Z-Axis - 78.74 in |
| Quill / Spindle Travel | W-Axis - 900mm | W-Axis - 35.43 in |
| Table Rotation | B-Axis - 360° Degrees | B-Axis - 360° Degrees |
| Facing Head travel | U-Axis - 250mm | U-Axis - 9.84 in |
| Facing Head | Head Diameter - Ø750mm Speeds - 18 Steps Speed Range - 2.5-125rpm Torque - 1960Nm |
Head Diameter - Ø29.53 in Speeds - 18 Steps Speed Range - 2.5-125rpm Torque - 1444 ft-lbs |
| Dimensions | 7030x 4665x 3800mm | 276.38 x 183.66 x 149.61 in |
| Weight | 28 000kg | 61,729 lbs |
Delivery is 12-16 Weeks from Deposit
Strictly a Build on Demand product
Here is a basic outline of the steps involved in using this type of machine:
Prepare the workpiece: Ensure that the workpiece is secure and properly mounted on the machine's table. If necessary, clamp the workpiece or use fixtures to hold it in place.
Select the cutting tool: Choose the appropriate cutting tool for the job, based on the material and the type of operation being performed. Attach the cutting tool to the spindle, making sure that it is tightened securely.
Set the spindle speed: The spindle speed should be set according to the specifications for the cutting tool and the material being machined. Consult the machine manual or the cutting tool manufacturer's recommendations for guidance.
Set the feed rate: The feed rate determines the speed at which the cutting tool moves in and out of the material. This should also be set according to the specifications for the cutting tool and the material being machined.
Position the cutting tool: Move the cutting tool into position over the workpiece. Ensure that the tool is at the proper height and that the spindle is level.
Start the machine: Turn on the machine and allow it to reach full speed before beginning the cut. Slowly lower the cutting tool into the material, making sure to keep the feed rate consistent.
Monitor the operation: Continuously monitor the operation to ensure that the cutting tool is moving smoothly and that the workpiece is not being damaged. Adjust the feed rate or spindle speed as needed to maintain a consistent and accurate cut.
Finish the operation: When the cutting operation is complete, turn off the machine and carefully remove the cutting tool from the material. Clean the machine and the workpiece as necessary, and prepare for the next operation.
Note: This is a general outline of the steps involved in using a horizontal boring mill with a Ø130mm spindle. Always consult the machine manual and follow proper safety procedures, including wearing appropriate personal protective equipment, when using this type of machine.
*Information shown may differ or change without warning*