English Linear Motors
from Aerotech, Inc.
Design Features. High output force in an 86.4 mm x 34.3 mm cross section. Continuous force to 397.6 N (89.4 lb); peak force to 1590.4 N (357.5 lb). High-energy rare-earth magnets used in magnet tracks for high acceleration capability. Non-magnetic forcer provides high force with zero cogging for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 24.7 to 89.4
- Linear Motor Type: Moving Coil
- Peak Force: 155.7 to 357.5
from NMB Technologies Corporation
PL15S-020 Permanent Magnet Linear can be the perfect solution for your application's power output needs. Review the part specifications provided to learn whether the size and electrical requirements are well suited to your project. You're sure to find the right motor for almost any application with... [See More]
- Design Units: English Design
- Linear Motor Type: Linear Stepping Design
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 11.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 11.0
from Magmotor Technologies, Inc.
Magmotor's Integral Suspension And Motor (ISAM) system is specifically designed to reduce particle generation and increase reliability for semiconductor manufacturing equipment. ISAM uniquely integrates a motor and magnetic bearing into one low-profile unit. Magmotor's system uses a magnetic field... [See More]
- Design Units: English Design
- Features: Modular Stator
- Linear Motor Type: Moving Magnet
from Mitsubishi Electric Automation, Inc.
When extreme high speed and accuracy is essential for your application, Mitsubishi's linear servos are the perfect solution. With 17 core type (liquid cooled) models ranging from 60N to 18000N and 9 coreless types in the range of 50N to 3200N, our linear servo technology offers high power density in... [See More]
- Design Units: English Design
- Maximum Speed: 78.7
- Continuous Thrust: 13.5 to 202.3
- Operating Temperature: 32 to 131
from Parker Hannifin / Automation / Electromechanical Division - Europe
The BLMA linear motor modules offer: High acceleration. Rapid linear translation. High throughput positioning of heavier loads over long travels. Possessing unrivaled speed, strength and agility. Extremely effective as high speed [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 69.7 to 189.7
- Linear Motor Type: Moving Magnet
- Peak Force: 200.5 to 380.6
from Aerotech, Inc.
Design Features. Compact size for tight space constraints; 57.2 mm x 31.8 mm cross section. Continuous force to 184.0 N (41.4 lb); peak force to 736.0 N (165.5 lb). Non-magnetic forcer coil provides high force with zero cogging for super-smooth velocity and position control. Optional cooling for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 10.0 to 41.4
- Linear Motor Type: Moving Coil
- Peak Force: 67.6 to 165.5
from NMB Technologies Corporation
PL25L-A24 Permanent Magnet Linear can be the perfect solution for your application's power output needs. Review the part specifications provided to learn whether the size and electrical requirements are well suited to your project. You're sure to find the right motor for almost any application with... [See More]
- Design Units: English Design
- Linear Motor Type: Linear Stepping Design
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 11.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 11.0
from Parker Hannifin / Automation / Electromechanical Division - Europe
I-Force Ironless motor design for maximum efficiency, patented, RE34674. Cross sections available, 52 mm x 21 mm up to 114 mm x 51 mm. Four product series (110, 210, 310, 410) with up to 6 different coil lengths. I-Beam shape coil provides high force density and excellent thermal effieciency. [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 5.5 to 10.2
- Linear Motor Type: Moving Magnet
- Peak Force: 24.4 to 45.5
from Aerotech, Inc.
Design Features. Ultra-compact size for tight space constraints; 52.0 mm x 20.8 mm cross section. Continuous force to 58.0 N (13.0 lb); peak force to 231.8 N (52.1 lb). Non-magnetic forcer provides high force with zero cogging for super-smooth velocity and position control. Ideal for pick-and-place... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 4.1 to 13.0
- Linear Motor Type: Moving Coil
- Peak Force: 28.2 to 52.1
from NMB Technologies Corporation
PL35L-A24 Permanent Magnet Linear can be the perfect solution for your application's power output needs. Review the part specifications provided to learn whether the size and electrical requirements are well suited to your project. You're sure to find the right motor for almost any application with... [See More]
- Design Units: English Design
- Linear Motor Type: Linear Stepping Design
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 11.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 11.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 11.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 11.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 12.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 12.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 11.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 11.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 2.3
- Linear Motor Type: Linear Stepping Design
- Peak Force: 2.3
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with integral air bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 20.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 20.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 6.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 6.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 6.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 6.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 6.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 6.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 6.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 6.0
from H2W Technologies
Linear steppers are designed to move light loads very quickly (or very slowly) They are supplied with roller bearings that guide the forcer as it moves down the platen (track). The forcer assembly is normally the moving component. There are mounting holes on the top of forcer to allow for payload... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 6.0
- Linear Motor Type: Linear Stepping Design
- Peak Force: 6.0
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 1.8
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 1.8
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 10.1
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 10.1
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 225.0
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 225.0
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 325.0
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 325.0
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 650.0
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 650.0
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 719.4
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 719.4
from H2W Technologies
Equivalent to Baldor motor LMCF02B. [See More]
- Design Units: English Design; Metric Design
- Continuous Thrust: 3.1
- Linear Motor Type: DC Brushless Design
- Peak Force: 9.4