Multiple rotary axis MFDA-10
- 20 workpiece locations
- 10 hollow shafts, can be fitted on both sides
- Workpiece clamping via 3-jaw chuck or interchangeable workpiece carrier
- 2 drive variants
| Icon | Label | Description | Type | Size | Download |
|---|---|---|---|---|---|
|
Programmiersoftware (exe) für Positioniersteuerung | zip | 7 MB | Download | |
|
|
CAD (step) MFDA10 | zip | 2.6 MB | Download | |
|
Montageanleitung MDT V001 | 3.3 MB | Download |
Application
- Used for simultaneous processing of several workpieces on the circumferential surface
- Laser labelling and engraving
- Metered application of various media
- Welding
- 10 workpiece positions (2x per hollow shaft)
- Variable motor connection
Advantages
2 variants of the workpiece holder
Precise synchronised rotation - positioning
The tie-bar shafts are rotated and positioned synchronously by means of a precision toothed belt drive.
Simultaneous workpiece change and machining
While one set of loaded workpiece carriers is in the machining process, a second set can be loaded at the same time.
Several workpieces are processed simultaneously.
The processing device, e.g. laser cabin, does not have to be stopped, opened, closed and started for each individual workpiece.
Workpiece carrier with magnet and orientation pin
The interchangeable workpiece carriers are held in the hollow shafts by magnets and can therefore be removed and reinserted quickly and without tools.
The position is orientated using a pin.
The exchangeable carriers can be customised by MM Engineering.
Precision 3-jaw chuck
As an alternative clamping option, we offer the multiple rotary axes equipped with 3-jaw chucks.
You can choose between:
- 10 hollow shafts, 5 front, 5 rear (standard)
- 5 precision chucks at the front, 5 hollow shafts at the rear
- 5 precision chucks at the rear, 5 hollow shafts at the front
- 10 precision chucks, 5 front, 5 rear
Drive options
Stepper motor with integrated positioning control
The control unit is permanently integrated into the motor.
It has a programme memory, a power output stage and an integrated encoder.
The NEMA 23 (□57 mm) motor can be easily programmed on a PC using the free software supplied.
Integration of customised motors
As standard, our multiple rotary axis offers a motor flange for motors of size NEMA23 (□57 mm).
If you would like to use a motor with different dimensions, we will adapt the flange and coupling to your desired motor.
If you already have a single turning device, we recommend using this or an identical motor. This saves the software connection to the machine control.
We will be happy to help you with the mechanical connection of your motor.
Integrated reference switch included
An integrated inductive proximity switch supplies the signal when the reference point is reached during the reference run.
The cable for this is routed out of the housing above the motor flange. (see illustration on the left)
Impressions
Video "Multiple rotary axis in the laser cabin"
Laser marking of scale rings with multiple rotary axis MFDA-20
Labelling of drilling with multiple rotary axis MFDA
Dimensions
Technical data
Load capacity
F1(X=10): 12 N
F1(X=40): 8 N
Precision
Motor to rotary shaft ratio: 4 : 1
Concentricity of hollow shaft bore: 0.02 mm
Repeatability: ±0.2°
speed
Input speed max.: 240 1 / min
Output speed max.: 60 1 / min
Number of slots: 10 (2x per shaft)
Dimensions and weight
Mass without workpiece carrier: 6300 g
Operating temperature: -20 °C to +60 °C
Materials
RoHS konform
Housing: black anodised aluminium
Workpiece carrier holders: Stainless steel
Chuck (optional): Stainless steel
Dimensions
MFDA-20
Bestellcode
MFDA10-S-10M-10M
MFDA = Multiple rotary axis
10 = 10 Shafts
S = Schrittmotor mit integrierter Positioniersteuerung
10M = 10 Front magnetic holders
10M = 10 Rear magnetic holders
MFDA10-B-10M-10M
MFDA = Multiple rotary axis
10 = 10 Shafts
B = "Base" without motor with flange 42 x 42 mm
10M = 10 Front magnetic holders
10M = 10 Rear magnetic holders
MFDA-20-B-10S-10S
MFDA = Multiple rotary axis
20 = 20 workpiece positions, 10 at the front, 10 at the rear
B = "Base" without motor with flange 42 x 42 mm
10S = 10 Front chucks
10S = 10 Rear chucks
MFDA10-B-10S-10S
MFDA = Multiple rotary axis
10 = 10 Shafts
B = "Base" without motor with flange 42 x 42 mm
10S = 10 Front chucks
10S = 10 Rear chucks
MFDA10-B-10M-10S
MFDA = Multiple rotary axis
10 = 10 Shafts
B = "Base" without motor with flange 42 x 42 mm
10M = 10 Front magnetic holders
10S = 10 Rear chucks
