MSCE 45

Mini electric slider MSCE is a mini linear drive with an integrated linear guiding system and slide. By using an integrated precision ball screw drive, the rotary motion (rotation) of the drive shaft is converted to the linear motion (translation) of the slide with high mechanical efficiency and low internal friction.

A preassembled standard motor (in-line with a motor adapter and a coupling or in-parallel with a motor side drive and a timing belt) together with the standard drive, makes the system plug and play ready. Compact dimensions and optimally selected motor combinations cover a wide range of applications.

The aluminium base profile includes T-slots on the bottom for fixing the electric slider, as well as side slots for clamping fixtures and magnetic field sensors.

The aluminium slide and the front plate of the electric slider allow a wide range of options for mounting the working tools and attaching additional accessories. There are prepared connection holes on the slide and the front plate for an easy combination of the MSCEs to the multiaxis system, which makes this product highly flexible. There is also an option of the mini electric slider without the preassembled motor if an individual motor is required.

Positioning rod together with the rod seal ensures the protection of the ball screw drive from dust and other contamination.

Each MSCE is optimally pre-lubricated and ready for a maintenance-free operating process.

Note!
All the data of the dynamic load capacities (linear guiding system and ball screw drive) stated in the tables above are theoretical without considering any safety factor. The safety factor depends on the application and its requested safety and service life.

We recommend a minimum dynamic safety factor of 5,0 or more. Please refer to the Linear guiding and the Ball screw drive section, where the calculation of the safety factor of the ball screw drive and the linear guiding system and how the applied load affects the service life are presented.

Dimensions in mm.

Contact us for further information.
Download PDF Generating PDF
+ Add to PDF catalogue

Product Information

Axial backlash: ≤ 0,06
Max. acceleration: 20 m/s
Protection class: IP40
Ambient temperature: 0 °C – +50 °C
Duty cycle: 100%
Maintenance: Life-time pre-lubricated
Designation Select all Description Ball screw (d x l) Dynamic Load Capacity C Max. Drive Torque Mₚ Max. Travel Speed Vmax Max. Rotational Speed nmax (min⁻¹) No Load Torque M₀ Axial dynamic load capacity Ca Max. repeatability Max. permissible axial load Fpa Absolute stroke Max. permissible payload horizontal mph Max. permissible payload vertical mpv Max. permissible radial load on shaft Fpr Dynamic moments Mx Dynamic moments My Dynamic moments Mz Max. permissible loads Forces Fpy Max. permissible loads Forces Fpz Max. permissible loads Moments Mpx Max. permissible loads Moments Mpy Max. permissible loads Moments Mpz Motor type Motor size (mm)
Without motor 10x3 mm 3240 N 0,37 Nm 0,225 m/s 4500 rev/min 0,08 Nm 3500 N ±0,015 mm 695 N 25, 50, 75, 100, 125, 150, 175, 200 233 kg 58 kg 100 N 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm - -
Get quote
Without motor 10x10 mm 3240 N 1,23 Nm 0,750 m/s 4500 rev/min 0,10 Nm 3200 N ±0,015 mm 695 N 25, 50, 75, 100, 125, 150, 175, 200 233 kg 58 kg 100 N 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm - -
Get quote
With motor size 42 and motor adapter VK 10x3 mm 3240 N - 0,149 m/s 2980 rev/min - 3500 N ±0,015 mm 450 N 25, 50, 75, 100, 125, 150, 175, 200 150 kg 37 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 42
Get quote
With motor size 42 and motor adapter VK 10x10 mm 3240 N - 0,485 m/s 2910 rev/min - 3200 N ±0,015 mm 125 N 25, 50, 75, 100, 125, 150, 175, 200 21 kg 10 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 42
Get quote
With motor size 56 and motor adapter VK 10x3 mm 3240 N - 0,150 m/s 3000 rev/min - 3500 N ±0,015 mm 695 N 25, 50, 75, 100, 125, 150, 175, 200 233 kg 58 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 56
Get quote
With motor size 56 and motor adapter VK 10x10 mm 3240 N - 0,500 m/s 3000 rev/min - 3200 N ±0,015 mm 575 N 25, 50, 75, 100, 125, 150, 175, 200 132 kg 48 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 56
Get quote
With motor size 42 and motor side drive MSD 10x3 mm 3240 N - 0,146 m/s 2920 rev/min - 3500 N ±0,015 mm 380 N 25, 50, 75, 100, 125, 150, 175, 200 127 kg 31 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 42
Get quote
With motor size 42 and motor side drive MSD 10x10 mm 3240 N - 0,457 m/s 2740 rev/min - 3200 N ±0,015 mm 115 N 25, 50, 75, 100, 125, 150, 175, 200 19 kg 9 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 42
Get quote
With motor size 56 and motor side drive MSD 10x3 mm 3240 N - 0,150 m/s 3000 rev/min - 3500 N ±0,015 mm 695 N 25, 50, 75, 100, 125, 150, 175, 200 233 kg 58 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 56
Get quote
With motor size 56 and motor side drive MSD 10x10 mm 3240 N - 0,500 m/s 3000 rev/min - 3200 N ±0,015 mm 450 N 25, 50, 75, 100, 125, 150, 175, 200 132 kg 37 kg - 20,1 Nm 17,4 Nm 17,4 Nm 1000 N 1000 N 16,3 Nm 16,3 Nm 16,3 Nm Stepper 56
Get quote
Designation Select all L1 L2 L3 L4 L5 L6 L7 L8 V1 V2 V3 V4 L9 L10 L11 L12 L13 L14 L15 L16 L17 L18 L19 L20 L21 L22 L23 U1 U2 U3 U4 U5 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 E1 E2 E3 E4 E5 E6 E7 E8 E9 E10
80 18 10 8 Ø 18 60.50 91 45 - - - - 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 - - - - - - - - - - - - - - - - - - - - - - - -
Get quote
80 18 10 8 Ø 18 60.50 91 45 - - - - 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 - - - - - - - - - - - - - - - - - - - - - - - -
Get quote
80 18 10 8 Ø 18 60.50 91 45 42 44.50 44.50 0 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 81 24.75 24.50 6.50 32 Ø M6 7 44.50 44.50 46 0 128.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 14 ± 0,3 19.50 – (with brake: 9 ± 1) – (with brake: 27 ± 0,3) 70,4 ± 1 (with brake: 106,4 ± 0,3) 42.30
Get quote
80 18 10 8 Ø 18 60.50 91 45 42 44.50 44.50 0 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 81 24.75 24.50 6.50 32 Ø M6 7 44.50 44.50 46 0 128.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 14 ± 0,3 19.50 – (with brake: 9 ± 1) – (with brake: 27 ± 0,3) 70,4 ± 1 (with brake: 106,4 ± 0,3) 42.30
Get quote
80 18 10 8 Ø 18 60.50 91 45 46 44.50 56.40 9.50 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 88.50 33.25 24.50 6 32 Ø M6 7 44.50 59.50 59.50 64.50 144.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 13,4 ± 0,3 23 – (with brake: 9 ± 1) – (with brake: 12 ± 0,3) 98 ± 1 (with brake: 138 ± 0,3) 56.40
Get quote
80 18 10 8 Ø 18 60.50 91 45 46 44.50 56.40 9.50 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 88.50 33.25 24.50 6 32 Ø M6 7 44.50 59.50 59.50 64.50 144.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 13,4 ± 0,3 23 – (with brake: 9 ± 1) – (with brake: 12 ± 0,3) 98 ± 1 (with brake: 138 ± 0,3) 56.40
Get quote
80 18 10 8 Ø 18 60.50 91 45 42 44.50 44.50 0 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 81 24.75 24.50 6.50 32 Ø M6 7 44.50 44.50 46 0 128.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 14 ± 0,3 19.50 – (with brake: 9 ± 1) – (with brake: 27 ± 0,3) 70,4 ± 1 (with brake: 106,4 ± 0,3) 42.30
Get quote
80 18 10 8 Ø 18 60.50 91 45 42 44.50 44.50 0 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 81 24.75 24.50 6.50 32 Ø M6 7 44.50 44.50 46 0 128.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 14 ± 0,3 19.50 – (with brake: 9 ± 1) – (with brake: 27 ± 0,3) 70,4 ± 1 (with brake: 106,4 ± 0,3) 42.30
Get quote
80 18 10 8 Ø 18 60.50 91 45 46 44.50 56.40 9.50 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 88.50 33.25 24.50 6 32 Ø M6 7 44.50 59.50 59.50 64.50 144.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 13,4 ± 0,3 23 – (with brake: 9 ± 1) – (with brake: 12 ± 0,3) 98 ± 1 (with brake: 138 ± 0,3) 56.40
Get quote
80 18 10 8 Ø 18 60.50 91 45 46 44.50 56.40 9.50 20 30.50 4.40 34 34 34 Ø M4 10 16 8 Ø 8 (h7) Ø 31,6 Ø 34 (h7) 4.50 2.30 4.20 7.50 4.70 2.50 1.20 27.50 22.50 88.50 33.25 24.50 6 32 Ø M6 7 44.50 59.50 59.50 64.50 144.25 M12 5-pole M12 8-pole – (with brake: M8 3-pole) 14 ± 1 13,4 ± 0,3 23 – (with brake: 9 ± 1) – (with brake: 12 ± 0,3) 98 ± 1 (with brake: 138 ± 0,3) 56.40
Get quote
Designation Select all Moved mass Mass of the mini electric slider mMSCE Mass moment of inertia JMSCE
0,36 + 0,0025 x Abs. stroke (kg) 0,88 + 0,0059 x Abs. stroke (kg) "2,81 + 0,0061 x Abs. stroke + 0,2280 x mload (10⁻&#x00B2 kg cm&#x00B2)"
Get quote
0,36 + 0,0025 x Abs. stroke (kg) 0,88 + 0,0059 x Abs. stroke (kg) "3,63 + 0,0121 x Abs. stroke + 2,5330 x mload (10⁻&#x00B2 kg cm&#x00B2)"
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
- - -
Get quote
  • MSCE 25

    Linear guiding system and slide, compact dimensions, high speed and highly flexible
  • MSCE 32

    Linear guiding system and slide, compact dimensions, high speed and highly flexible