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BZT-PF1400-P - Ballscrew-spindles
The ideal starter series for semi-professional use in stable frame construction. Compact table-top machine with high stiffness and low weight. An affordable solution for machining small to medium parts.
PF-P series: round guiding and 16 mm ball screw spindles in all axes – extraordinarily in this price range!
Both versions of each available with step motor.
Technics
- 25 mm Round guiding
- Stable C-construction in the Z-axis
- KTR-couplings between step motor and spindles
- Strong step motors
Special features
- Downwardly open construction: can be placed on workpieces
- Lightweight, portable
- High operating comfort, ideal for beginners
- Drive: 3 pieces branded 4.2 amp stepper motors
- Programmable resolution: 0.0025 mm
- Repeatability: ca.0, 02 to 0.03 mm (on fixed bearing side)
- Maximum Backlash: ca.0, 05 mm (adjustable using software up to 0,000 mm)
- Linear guidings: 25 mm grinded and with hardened surface
- Spindles: 3-times ball bearing mounted ball screw spindles
- Rapid traverse speed: ca. 8000 mm/min
- Max working speed: ca. 4000 mm/min
- reference switch on all axes
- Clamping area: X = 750 mm x Y = 1400 mm
- Processing area: X = 670 mm Y = 1295 mm Z = 110 mm
- Working area: X = 660 mm Y = 1180 mm
- Passing height: 130 mm
- Overall dimensions with motors: ca. 1700 x 1030 x 610
- Mill motor mount: European Chucks of 43 mm
- Weight: 65 kg
Optional
- Aluminum T-slot in 15 or 20 mm
- frame
- enclosure
DatasheetManufacturer: | Authorized representative for the EU: |
It would be nice that the X-Axis will be reinforced (up/down more stable) that the Z Hight will be correct under all circumstances. the instability seems to be caused by bending the guiding rods. I can easily move the z by hand.
Another strange thing is the lowest Z position.
This is a machine with an open frame is to work directly on a surface but how is this possible if the Z-Hight can't go down until 10 to 20mm from the collet by using a Kress 1050?
Also, when you have a optional T slot table the router bit can't reaches the table height?
Is there a reason for this since this will give a lot of limitations. be reinforced (up/down more stable) that the Z Hight will be correct under all circumstances. the instability seems to be caused by bending the guiding rods. I can easily move the z by hand.
Another strange thing is the lowest Z position.
This is a machine with an open frame is to work directly on a surface but how is this possible if the Z-Hight can't go down until 10 to 20mm from the collet by using a Kress 1050?
Also, when you have a optional T slot table the router bit can't reaches the table height?
Is there a reason for this since this will give a lot of limitations.
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