Shanghai Huabang Industrial Business Network - linear motor

[linear motor]SZXW series ironless linear motor

2026-6-15 15:00:38

SZXW series ironless linear motor

Motor Data	Units	Part No.
Motor Data	Units	SZXW001	SZXW002
Peak thrust	N	four hundred and thirty-two	two hundred and twenty-one
motor constant	(N/SqRt(w))	one point one seven	twenty-two point four
Continuous power	W	eighty-two point seven	ninety-seven point three
Peak Power	W	one thousand three hundred and twenty-three	three thousand one hundred and ten
Electrical cycle	/	sixty	sixty
peak current	A	twenty-five point seven	thirteen
Continuous current	A	zero point zero zero seven zero	two point three
Continuous force	@100��(N)	one hundred and eight	two hundred and twenty-one
Force constant	/	sixteen point eight	ninety-six
Maximum bus voltage	V	three hundred and thirty	three hundred and thirty
Installation size L1	mm	one hundred and eighty-one	two hundred and forty-one
Installation size L2	mm	three hundred and thirty	three hundred and sixty
Installation size L3	mm	nine	ten
Installation size L4	mm	thirty-five	thirty-eight point five
Installation size L5	mm	sixty-eight	ninety-eight point five
Installation size L6	mm	fifty-nine point one	seventy-six point five
Installation size L7	mm	thirty-five point five	fifty

[linear motor]SZX series iron core linear motor

2026-6-15 15:00:29

SZX series iron core linear motor

Motor Data	Units	Part No.
Motor Data	Units	SZX013	SZX014	SZX186
Peak thrust	(N)	one thousand	one thousand	eight hundred and thirty-nine
Continuous thrust	(N)	six hundred and fifty	six hundred and fifty	two hundred and thirty
Force constant (Kfs) 5-15A	N/A	thirty-nine point eight one	thirty-eight point eight one	eighty-five point three
Force constant (Kfp) 5-15A	N/Arms	fifty-six point two nine	fifty-six point two nine	one hundred and twenty point six
peak current	(A)	twenty-five	twenty-five	twelve
Continuous power	(w)	one hundred and fifty-eight point seven	one hundred and fifty-eight point seven	forty point eight two
continuous current	(A)	eleven point five	eleven point five	two point seven
motor constant	N/W	fifty-one point six	fifty-one point six	twenty-six
phase resistance	(��)	zero point five nine six	zero point five nine six	two point eight
back electromotive force	(V/m/s)	thirty-two point five	thirty-two point five	sixty-nine point seven
Installation size L1	mm	seventy-one	seventy-one
Installation size L2	mm	fifty-seven	fifty-seven
Installation size L3	mm	fifty-four	fifty-four
Installation size L4	mm	one hundred and eight	one hundred and nine
Installation size L5	mm	one hundred and fifty	one hundred and sixty-three
Installation size L6	mm	two hundred and three	two hundred and eighteen
Installation size L7	mm	two hundred and fifty-eight	two hundred and seventy-two
Installation size L8	mm	two hundred and eighty-two	two hundred and ninety-five

[linear motor]SZXY series voice coil motor

2026-6-15 15:00:20

SZXY series voice coil motor

Voice coil motors have the characteristics of simple structure, small size, high speed and acceleration, and fast response. Voice coil motors are not only widely used in precision positioning systems such as disks and laser discs, but also in many different forms of high acceleration and high-frequency excitation. Such as lens positioning in optical systems, multi coordinate positioning platforms for mechanical tools, precision electronic tubes in medical devices, vacuum tube control, etc.

Motor Data	Units	Part No.
Motor Data	Units	16VAC001	16VAC001-1
coil resistance	��	two point two five	one point two eight
inductance	mH	zero point two five	zero point zero seven two
continuous current	A	one	zero point seven eight
Back electromotive force constant	V/KPRM	one point one	zero point five six
motor constant	N/W	zero point six seven	zero point four nine six
Continuous thrust	N	one point one	zero point four
Maximum Power Consumption	W	two point two five	zero point seven seven
insulation resistance	/	250V 10��	250V 10��
Withstand Voltage Test	/	250V 50HZ 60S 5mA	250V 50HZ 60S 5mA
Installation size L1	��	sixteen	sixteen
Installation size L2	mm	twelve point five	eight
Installation size L3	mm	twenty	twelve point zero one
Installation size L4	��	twelve point four	twelve point four

[linear motor]J55SZX series linear motor for refrigeration machines

2026-6-15 15:00:12

J55SZX series linear motor for refrigeration machines

Product model	Specific thrust N/A	spring stiffness N /mm	Motion travel mm	weight kg
J55SZX1801	��11	��2.7	��5	��1.5
J55SZX1802	��8	��2	��5	��1

J55SZX series linear motor for refrigeration machines

[linear motor]LAM series AC induction linear motor

2026-6-15 15:00:03

The LAM series AC induction linear motor is suitable for high-speed control applications and can be driven and controlled by an AC frequency converter.

0-400Hz, Speed of 0.15m/s-45m/s, powered by AC220-600V.

model	Stator width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	Maximum speed (m/s)	maximum acceleration
LAM1418	one hundred and forty	one hundred and seventy-five	18/90	three	forty-five	5G
LAM1427	one hundred and forty	two hundred and eighty	27/135	four point five	forty-five	5G
LAM1623	one hundred and sixty	one hundred and seventy-five	23/115	three point five	forty-five	5G
LAM1634	one hundred and sixty	two hundred and eighty	34/170	five	forty-five	5G
LAM1645	one hundred and sixty	three hundred and ninety	45/225	seven	forty-five	5G
LAM1959	one hundred and ninety	three hundred and ninety	59/295	eight point five	forty-five	5G
LAM1972	one hundred and ninety	five hundred	72/360	ten point five	forty-five	5G
LAM2290	two hundred and twenty	five hundred	90/450	thirteen	forty-five	5G
LAM22110	two hundred and twenty	six hundred and five	105/525	fifteen	forty-five	5G
LAM22130	two hundred and twenty	seven hundred and ten	127/635	eighteen point five	forty-five	5G
LAM25150	two hundred and fifty	seven hundred and ten	146/730	twenty-one	forty-five	5G
LAM25170	two hundred and fifty	eight hundred and twenty	168/840	twenty-four	forty-five	5G
LAM25190	two hundred and fifty	nine hundred and twenty-five	190/950	twenty-seven	forty-five	5G

Note: This type of motor is suitable for high cost applications with high speed and high acceleration. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, belt type high-speed slide tables, etc.

[linear motor]LVSM Out shaft voice coil linear motor

2026-6-15 14:59:54

LVSM output shaft voice coil linear motor

model	Motor shaft output method	Outer diameter (mm)	Length (mm)	Stroke (mm)	Continuous/maximum thrust (N)
LVSM12022	Out shaft type	twelve	forty-three	three point eight	2.2/6.6
LVSM19044	Out shaft type	nineteen	fifty-one	twelve point seven	4.4/13
LVSM25022	Out shaft type	twenty-five	sixty-nine	twelve point seven	2.2/6.6
LVSM37440	Out shaft type	thirty-seven	one hundred and forty-one	five point one	44/133
LVSM38140	Out shaft type	thirty-eight	forty-five	six point six	14/42
LVSM38110	Out shaft type	thirty-eight	ninety-five	nineteen point one	11/33
LVSM38110L	Out shaft type	thirty-eight	one hundred and eight	twenty-eight point six	11/33
LVSM38090	Out shaft type	thirty-eight	one hundred and ninety	fifty-one	9/27
LVSM43150	Out shaft type	forty-three	one hundred and fifty-two	thirty-eight	15/43
LVSM63400	Out shaft type	sixty-three	one hundred and ninety-five	seventy-six	40/120
LVSM15045A	Out shaft type	one hundred and fifty-two	three hundred and thirty	one hundred and two	444/1340

LVSM output shaft voice coil linear motor

[linear motor]LVCM series dynamic coil voice coil linear motor

2026-6-15 14:59:46

The LVCM series dynamic coil voice coil linear motor is particularly suitable for short stroke closed-loop servo applications. Due to its small size, it is particularly suitable for use in some narrow spaces. In addition, it has a fast response speed (in milliseconds) and a small weight, so it can achieve high acceleration and perform high-speed oscillating reciprocating motion (up to tens of hertz). Simple and reliable control, no need for reversing devices, maintenance free, long lifespan, and can work continuously for a long time. Our voice coil motor can perform precise position, velocity, acceleration, and thrust control without any backlash issues. The position accuracy level can reach 0.1-5 �� m, and the acceleration can reach 20G. The precise control of thrust makes it suitable for delicate objects that can only be touched lightly, such as silicon wafers IC�� Organisms and objects that are easily deformed and damaged.

The LVCM series dynamic coil voice coil linear motor is suitable for high cost applications with high speed, high acceleration, and short stroke. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, electric push rods, etc.

Main application areas:

Semiconductor, optical electronics, automotive production testing, biological and biochemical testing sampling, food and pharmaceutical, assembly and packaging, automated testing, high-speed scanning, efficient welding, surface mounting, assembly, testing and inspection equipment, handling and testing of optical components, various linear or rotary applications, precision and high-speed motion equipment, especially for applications that require high-speed cyclic reciprocating motion.

model	Motor shaft output method	Outer diameter (mm)	Length (mm)	Stroke (mm)	Continuous/maximum thrust (N)
LVCM01003	moving coil	nine point five	nine	one point three	0.3/0.9
LVCM21022	moving coil	twenty-one	forty-three	fifteen point two	2.2/6.6
LVCM28049	moving coil	twenty-eight	nineteen	six point four	4.9/14.7
LVCM28049L	moving coil	twenty-eight	twenty-five	twelve point seven	4.9/14.7
LVCM37036	moving coil	thirty-seven	forty-two	seven point one	3.6/10.7
LVCM38110	moving coil	thirty-eight	forty-six	nineteen point one	11/33
LVCM38100	moving coil	thirty-eight	forty-six	twenty-five point four	10/30
LVCM38089	moving coil	thirty-eight	sixty-five	fifty point eight	8.9/26.7
LVCM70490	moving coil	seventy	twenty-seven	six point four	49/147
LVCM10012A	moving coil	one hundred and two	forty-seven	nineteen point one	120/360

LVCM series dynamic coil voice coil linear motor

[linear motor]LKMT groove flat linear motor LKM100950

2026-6-15 14:59:37

model	Motor Type	Combination height * width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	maximum speed (m/s)
LKM100950	T-slot	132*100	two hundred and fifty	950/1900	seven

LKMT type slot flat linear motor

[linear motor]LCAM series ironless planar linear motor

2026-6-15 14:59:29

LCAM series ironless planar linear motor

model	Motor Type	Combination height * width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	maximum speed (m/s)
LCAM81	coreless	36*66	eighty-one	25/102	three point seven	forty
LCAM142	coreless	36*66	one hundred and forty-two	48/190	three point four	twenty
LCAM264	coreless	36*66	two hundred and sixty-four	82/327	five point nine	twenty
LCAM325	coreless	36*66	three hundred and twenty-five	102/408	six point two	sixteen
LCAM386	coreless	36*66	three hundred and eighty-six	116/464	five point nine	thirteen
LCAM7524	coreless	75*31	sixty-six	24/49	four point six
LCAM7533	coreless	75*31	ninety-eight	33/67	four point two
LCAM7544	coreless	75*31	one hundred and thirty	44/89	four point two
LCAM7552	coreless	75*31	one hundred and sixty-two	52/103	four
LCAM9568	coreless	95*31	one hundred and thirty	68/135	four
LCAM9591	coreless	95*31	one hundred and sixty-two	91/181	four
LCAM95180	coreless	95*31	one hundred and ninety-four	180/360	four
LCAM95130	coreless	95*31	two hundred and twenty-six	127/254	four
LCAM120170	coreless	118*35	two hundred and twenty-six	171/342	four

LCAM series ironless planar linear motor

[linear motor]LFSM series flat linear motor

2026-6-15 14:59:20

The LFSM series flat linear motor is a flat linear motor with an air gap between the moving stator and stator, which has non-contact characteristics, no wear, ultra smooth motion, and can be connected into longer lengths with small tracking errors, extremely high accuracy, and fast response. Our flat linear motors are divided into two types: iron core and non iron core. Iron core linear motors have a larger output per unit volume, while non iron core linear motors have no hysteresis or eddy current effects, smoother motion, less magnetic loss, and less heat generation.

model	Motor Type	Combination height * width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	maximum speed (m/s)
LFSM81	flat type	36*66	eighty-one	42/168	three point six	twenty-four
LFSM142	flat type	36*66	one hundred and forty-two	77/309	three point four	twelve
LFSM264	flat type	36*66	two hundred and sixty-four	133/534	five point nine	twelve
LFSM325	flat type	36*66	three hundred and twenty-five	168/672	six point two	ten
LFSM386	flat type	36*66	three hundred and eighty-six	190/760	five point nine	eight
LFSM80250	flat type	56*80	one hundred and eighty-eight	250/725	ten	three
LFSM80500	flat type	56*80	three hundred and forty-eight	500/1300	twenty	three
LFSM80750	flat type	56*80	five hundred and eight	750/2250	thirty	three
LFSM130500	flat type	56*130	one hundred and eighty-eight	500/1300	twenty-one	three
LFSM13010A	flat type	56*130	three hundred and forty-eight	1000/3000	forty-two	three
LFSM13015A	flat type	56*130	five hundred and eight	1500/4500	sixty-three	three

LFSM series flat linear motor

[linear motor]LTSM series tubular AC servo linear motor

2026-6-15 14:59:11

The LTSM series tubular AC servo linear motor can directly replace screw, ball screw, cam, hydraulic and pneumatic transmission devices. It has the following characteristics: high control performance, low inertia, high response speed and acceleration, extremely smooth motion without cogging effect, high work reliability, high precision, low or no back thinning, wide adaptability to the environment, long life, low maintenance cost, quiet operation, single moving parts, high direct drive efficiency, compact and lightweight volume, easy installation, no impact or pollution to the environment. The motor can be equipped with a linear optical ruler to ensure high accuracy of motion.

model	Diameter * Length (mm)	Continuous/maximum thrust (N)	Maximum travel length (mm)	maximum speed (m/s)	Highest positional accuracy (��m)
LTSM16360	156*194	356/1824	five hundred and ten	four point three	0.4-20
LTSM16770	156*288	756/3781	four hundred and ten	two point six	0.4-20
LTSM1612A	156*382	1156/5249	three hundred	one point nine	0.4-20
LTSM18720	182*194	712/1601	five hundred and ten	four point three	0.4-20
LTSM1815A	182*288	1423/3469	four hundred and ten	two point six	0.4-20
LTSM1821A	182*382	2002/4893	three hundred	one point nine	0.4-20

Note 1: This type of motor is specifically designed for high-speed and high response motion applications that require high precision, and the cost is correspondingly high. The above motors and drivers can be provided as accessories.
Note 2: This type of motor is suitable for applications with high requirements and high costs, such as high speed, high acceleration, and high precision. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, etc.

[linear motor]LDM Brushed servo linear motor

2026-6-15 14:59:02

LDM brushed servo linear motor

model	Height * Width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	Maximum speed (m/s)	maximum acceleration	Maximum optional travel (mm)
LDM051	42*51	111/243	19-111	15/30	two point five	12G	three thousand
LDM064	42*64	111/243	38-231	15/30	two point five	12G	three thousand
LDM076	42*76	111/243	58-347	15/30	two point five	12G	three thousand
LDM084	42*84	111/243	67-404	15/30	two point five	12G	three thousand
LDM089	42*89	111/243	75-462	15/30	two point five	12G	three thousand
LDM100	42*102	111/243	98-582	15/30	two point five	12G	three thousand
LDM120	42*114	111/243	115-698	15/30	two point five	12G	three thousand
LDM130	42*127	111/243	138-822	15/30	two point five	12G	three thousand

LDM brushed servo linear motor

[linear motor]LSM series brushless servo linear motor

2026-6-15 14:58:54

The LSM series brushless servo linear motor can be directly driven without the need to convert rotation into linear motion, with a simple and reliable mechanical structure. The motor runs smoothly without cogging effect, with fast dynamic response speed, low inertia, acceleration up to 20G, speed up to 10-30m/s, smooth motion at low speed of 1 µ m/s, compact structure, and optional linear encoder for high-precision position control. Its position accuracy depends on the selected encoder. Due to the high rigidity of the stator track, it can be connected as needed, so theoretically there is no limit to the length of the motor.

model	Combination height * width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	Maximum speed (m/s)	maximum acceleration
LSM61130	54*61	two hundred	128/369	eleven	six	12G
LSM81200	56*81	two hundred	204/615	eleven	six	12G
LSM100280	56*101	two hundred	278/861	eleven	six	12G
LSM130390	58*131	two hundred	386/1229	eleven	six	12G
LSM180570	60*181	two hundred	565/1844	eleven	six	12G
LSM230740	60*231	two hundred	741/2459	eleven	six	12G
LSM61250	54*61	three hundred and seventy-six	251/738	eleven	six	12G
LSM81400	56*81	three hundred and seventy-six	399/1230	eleven	six	12G
LSM100540	56*101	three hundred and seventy-six	541/1722	eleven	six	12G
LSM130750	58*131	three hundred and seventy-six	749/2460	eleven	six	12G
LSM18011A	60*181	three hundred and seventy-six	1091/3689	eleven	six	12G
LSM23014A	60*231	three hundred and seventy-six	1430/4919	eleven	six	12G
LSM61370	54*61	five hundred and fifty-two	374/1107	eleven	six	12G
LSM81590	56*81	five hundred and fifty-two	593/1845	eleven	six	12G
LSM100800	56*101	five hundred and fifty-two	803/2583	eleven	six	12G
LSM13011A	58*131	five hundred and fifty-two	1112/3689	eleven	six	12G
LSM18016A	60*181	five hundred and fifty-two	1617/5534	eleven	six	12G
LSM23021A	60*231	five hundred and fifty-two	2118/7379	eleven	six	12G
LSM61500	54*61	seven hundred and twenty-eight	498/1476	twenty-two	six	12G
LSM81800	56*81	seven hundred and twenty-eight	787/2460	twenty-two	six	12G
LSM10011A	56*101	seven hundred and twenty-eight	1066/3444	twenty-two	six	12G
LSM13015A	58*131	seven hundred and twenty-eight	1474/4920	twenty-two	six	12G
LSM18022A	60*181	seven hundred and twenty-eight	2143/7380	twenty-two	six	12G
LSM23028A	60*231	seven hundred and twenty-eight	2800/9840	twenty-two	six	12G

Note 1: The above motors and drivers can be provided as accessories. If you have any special needs, please contact us.
Note 2: The LSM series brushless servo linear motor is suitable for applications with high requirements and high costs such as high speed, high acceleration, and high precision. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, etc.

[linear motor]LFBM Flat type stepper linear motor

2026-6-15 14:58:45

The LFBM flat stepper linear motor has the following characteristics: fast speed, fast response, high accuracy, intelligent control, reliable operation, long service life, low noise, long continuous length, and low height. Typical applications include precision platforms, medical equipment, experimental equipment, semiconductor processing, etc.

model	Stator length * width (mm)	Mover height (mm)	Continuous/maximum thrust (N)	Continuous/maximum phase current (A/ph)	Maximum speed (m/s)	Highest positional accuracy (�� m)
LFBM4809	<3600*48	twenty-seven	9/10	2/3	two	one
LFBM7427	<3600*74	thirty-seven	27/36	1.6/3.5	two	one
LFBM7436	<3600*74	forty-three	36/47	1.6/3.5	two	one
LFBM7453	<3600*74	forty-three	53/71	3.2/7	two	one
LFBM7489	<3600*74	forty-three	89/115	3.2/7	two	one
LFBM5060	<1000*50	124*68	60/70	three	one point five	five
LFBM5080	<1000*50	124*83	80/100	three	one point five	five
LFBM59150	192*59	fifty-eight	150/220	6/11	two	zero point one
LFBM74260	192*74	fifty-eight	260/440	4.7/9	two point five	zero point one
LFBM74500	368*74	fifty-eight	500/880	9/18	two point eight	zero point one
LFBM120800	380*114	fifty-eight	800/1650	5.5/16	one point six	zero point one

Note 1: The above motors and drivers can be provided as accessories.
Note 2: This type of motor is suitable for applications with high requirements and high costs, such as high speed, high acceleration, and high precision. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, etc.

[linear motor]LRBM type bidirectional linear stepper motor

2026-6-15 14:58:37

LRBM type bidirectional motion linear stepper motor (linear motion+rotating output shaft)

The stepper motor that integrates linear motion and rotation can greatly simplify system design in some applications that require both linear motion and shaft rotation, making it both convenient and reliable. Surgical instruments such as abdominal surgery that perform back and forth and rotational movements, such as when the robot arm picks up the part and moves it to a position, then rotates it. Moreover, these two movements are independent and can be controlled separately by two drivers, eliminating the need for complex and cumbersome mechanical structures.

model	mode of exercise	diameter (mm)	maximum stroke (mm)	maximum thrust (N)	maximum torque (Nm)
LRBM42450	Straight line+rotation	forty-two	thirteen	four hundred and fifty	zero point one four
LRBM57900	Straight line+rotation	fifty-seven	thirty-eight	nine hundred	zero point five zero

[linear motor]LBM series hybrid linear stepper motor

2026-6-15 14:58:28

The LBM series hybrid linear stepper motor has the following characteristics: simple structure, small size, easy installation, maintenance free, low noise, and low cost.

Suitable for applications with low cost, medium low precision, low speed, and small to medium thrust requirements, especially for large-scale civilian applications. We can design customized embedded OEM products according to user requirements.

There are various options for shaft output, including fixed shaft, through shaft, and drive nut, making it convenient for various applications. This series of products adopts patented technology and special processes, and can choose high-precision ACME screws. The rotor drive nut is made of wear-resistant nylon or high-quality brass material. Typical applications include X-Y platforms, medical equipment, semiconductor processing, communication equipment, control valves, etc. We can provide both regular drivers and micro step segmented drivers to meet users' requirements for speed or accuracy. In addition, encoders and built-in clearance nuts can be installed before leaving the factory, and even sealed linear motors can be provided. If precise linear motion is required, this type of motor requires additional installation of linear guides, and we can provide design and production together.

LBM series hybrid linear stepper motor

model	Output shaft method	Flange size (mm)	maximum stroke (mm)	maximum thrust (N)	maximum speed (mm/s)	maximum phase current (A/ph)	rotor inertia (kgcm2)	Repetitive position accuracy ��mm)
LBM15008	fixed axis	fifteen	50*	eight	optional			zero point zero two
LBM28110	fixed axis	twenty-eight	one hundred	one hundred and ten	50-100*	one	zero point zero zero nine	zero point zero one
LBM28110	through shaft	twenty-eight	one hundred	one hundred and ten	50-100	one	zero point zero zero nine	zero point zero one
LBM28110	Drive nut	twenty-eight	one hundred	one hundred and ten	50-100	one	zero point zero zero nine	zero point zero one
LBM35220	fixed axis	thirty-five	one hundred and fifty	two hundred and twenty	50-100	one point two	zero point zero one two	zero point zero one
LBM35220	through shaft	thirty-five	one hundred and fifty	two hundred and twenty	50-100	one point two	zero point zero one two	zero point zero one
LBM35220	Drive nut	thirty-five	one hundred and fifty	two hundred and twenty	50-100	one point two	zero point zero one two	zero point zero one
LBM42220	fixed axis	forty-two	two hundred	two hundred and twenty	50-100	one point five	zero point zero three seven	zero point zero one
LBM42220	through shaft	forty-two	two hundred	two hundred and twenty	50-100	one point five	zero point zero three seven	zero point zero one
LBM42220	Drive nut	forty-two	two hundred	two hundred and twenty	50-100	one point five	zero point zero three seven	zero point zero one
LBM56890	fixed axis	fifty-six	two hundred and fifty	eight hundred and ninety	50-100	two	zero point one six six	zero point zero one
LBM56890	through shaft	fifty-six	two hundred and fifty	eight hundred and ninety	50-100	two	zero point one six six	zero point zero one
LBM56890	Drive nut	fifty-six	two hundred and fifty	eight hundred and ninety	50-100	two	zero point one six six	zero point zero one
LBM8622A	fixed axis	eighty-six	three hundred	two thousand two hundred and twenty	50-100	six	one point seven six	zero point zero two
LBM8622A	through shaft	eighty-six	three hundred	two thousand two hundred and twenty	50-100	six	one point seven six	zero point zero two
LBM8622A	Drive nut	eighty-six	three hundred	two thousand two hundred and twenty	50-100	six	one point seven six	zero point zero two
LBM10655A	fixed axis	one hundred and six	five hundred	five thousand five hundred and fifty	30-60	six	fourteen	zero point zero two
LBM10655A	Drive nut	one hundred and six	five hundred	five thousand five hundred and fifty	30-60	six	fourteen	zero point zero two
LBM10611B	fixed axis	one hundred and six	five hundred	eleven thousand and one hundred	30-60	six	twenty-two	zero point zero two
LBM10611B	Drive nut	one hundred and six	five hundred	eleven thousand and one hundred	30-60	six	twenty-two	zero point zero two

*The length of the itinerary can be customized according to user needs.
**The maximum speed is for reference only. If you need a high-speed model, please provide specific speed requirements. Adopting a 2-phase stepper motor speed<100mm/s and a 5-phase stepper motor speed<150mm/s. If you need applications with high speed, high response, and no step loss, you can choose a DC brushless servo motor as an option.
Note: The fixed shaft motor shaft has a fixed threaded metal cap at the front end, which drives the stationary metal cap to move forward and backward.
Through shaft - The motor shaft extends forward and backward, allowing for a wide range of linear motion. The front end of the shaft has a thread to secure and connect the required equipment.
Drive Nut - Install a drive nut on the motor shaft, which only rotates, causing the nut to move in a straight line forward and backward. This nut is used to secure and connect equipment that requires movement.

[linear motor]LUCM series U slot brushless linear motor

2026-6-15 14:58:19

LUCM series U-shaped brushless linear motor

The U-shaped brushless linear motor can be directly driven without the need to convert rotation into linear motion, and its mechanical structure is simple and reliable. The motor runs extremely smoothly without cogging effect, with extremely fast dynamic response speed and low inertia. The acceleration can reach 20G, and the speed can reach 10-30m/s. At low speeds of 1 µ m/s, the motion is smooth, the rigidity is high, and the structure is compact. A linear encoder can be optionally equipped for high-precision position control, and its position accuracy depends on the selected encoder. Due to the high rigidity of the stator track, it can be connected as needed, so theoretically there is no limit to the length of the motor. The motor rotor and stator do not move in contact, and there are no wear, jamming, or backlash issues caused by the use of ordinary screw, ball, and belt transmissions. Therefore, our linear motor can achieve maintenance free long-term operation. Our U-shaped slot linear motors are divided into two types: iron core and non iron core. Iron core linear motors have a larger output per unit volume, while non iron core linear motors have no hysteresis or eddy current effects, resulting in smoother and faster motion, less magnetic loss, and less heat generation.

The LUCM series U-shaped brushless linear motor is particularly suitable for applications that require high speed and accuracy in motion systems, such as robots, actuators, linear platforms, optical fiber alignment and positioning, precision machine tools, semiconductor manufacturing, vision systems, electronic component plugging, and factory automation.

LUCM series U-slot brushless linear motor technical parameters

model	Motor Type	Combination height * width (mm)	Length of moving block (mm)	Continuous/maximum thrust (N)	Maximum current (A)	maximum speed (m/s)	maximum acceleration
LUCM3807	coreless	21*38	fifty	7/21	three	five	20G
LUCM3813	coreless	21*38	one hundred	13/39	six	five	20G
LUCM7825	coreless	24*78	sixty-six	25/75	three	five	20G
LUCM7850	coreless	24*78	one hundred and ten	50/150	six	five	20G
LUCM78100	coreless	24*78	two hundred and twenty	100/300	ten	five	20G
LUCM78150	coreless	24*78	three hundred and thirty	150/450	nine	five	20G
LUCM140200	coreless	34*135	two hundred and twenty	200/580	ten	five	20G
LUCM140300	coreless	34*135	three hundred and thirty	300/850	eighteen	five	20G
LUCM79UC	coreless	52*21	seventy-nine	32/130	four point five	twenty	20G
LUCM95UC	coreless	52*21	ninety-five	43/173	four point four	fifteen	20G
LUCM111UC	coreless	52*21	one hundred and eleven	52/209	four point five	twelve	20G
LUCM143UC	coreless	52*21	one hundred and forty-three	73/292	four point five	eight	20G
LUCM92C	coreless	57*32	ninety-two	82/330	eight point seven	twenty-nine	20G
LUCM142C	coreless	57*32	one hundred and forty-two	114/458	seven point four	seventeen	20G
LUCM192C	coreless	57*32	one hundred and ninety-two	138/552	six point two	twelve	20G
LUCM267C	coreless	57*32	two hundred and sixty-seven	193/770	six	eight	20G
LUCM142	coreless	86*34	one hundred and forty-two	173/693	four point nine	fifteen	15G
LUCM203	coreless	86*34	two hundred and three	251/1006	eight point seven	nine	15G
LUCM264	coreless	86*34	two hundred and sixty-four	301/1206	seven point eight	seven	15G
LUCM325	coreless	86*34	three hundred and twenty-five	332/1328	seven point two	five	15G
LUCM386	coreless	86*34	three hundred and eighty-six	384/1538	six point six	four	15G
LUSM5222	There is an iron core	21*52	eighty-one	22/67	seven point five	six	12G
LUSM5244	There is an iron core	21*52	one hundred and forty-two	44/134	seven point five	six	12G
LUSM5762	There is an iron core	31*57	one hundred and forty-two	62/133	five	six	12G
LUSM5785	There is an iron core	31*57	two hundred and three	85/200	five	six	12G
LUSM86110	There is an iron core	34*86	one hundred and forty-two	111/356	ten	six	12G
LUSM86160	There is an iron core	34*86	two hundred and three	160/534	ten	six	12G
LUSM86210	There is an iron core	34*86	two hundred and sixty-four	209/712	ten	six	12G
LUSM86260	There is an iron core	34*86	three hundred and twenty-five	262/890	ten	six	12G
LUSM86320	There is an iron core	34*86	three hundred and eighty-six	315/3068	ten	six	12G
LUSM142	There is an iron core	114*51	one hundred and forty-two	260/1040	nine point two	ten	8G
LUSM202	There is an iron core	114*51	two hundred and two	400/1600	nine point five	six	8G
LUSM262	There is an iron core	114*51	two hundred and sixty-two	570/2280	nine point eight	four	8G
LUSM322	There is an iron core	114*51	three hundred and twenty-two	703/2812	nine point nine	three	8G
LUSM382	There is an iron core	114*51	three hundred and eighty-two	822/3288	twenty	three	8G
LUSM392X	There is an iron core	152*51	three hundred and ninety-two	1030/4120	sixteen	four	8G
LUSM512X	There is an iron core	152*51	five hundred and twelve	1186/4744	twenty-five	three	8G

Note 1: The above motors and drivers can be provided as accessories. The length of the stator guide rail slot can be combined with multiple pieces as needed.
Note 2: This type of motor is suitable for applications with high requirements and high costs, such as high speed, high acceleration, and high precision. Ordinary industrial applications can choose our actuator products, such as linear slide tables, electric cylinders, etc.

[linear motor]XY(Q) flat three-phase linear induction motor

2026-6-15 14:58:11

Characteristics and Applications of XY (Q) Flat Three phase Linear Induction Motor:

Linear motor is a driving device that directly converts electrical energy into linear motion mechanical energy without any intermediate conversion. In the case of linear motion, the transmission device driven by a linear motor has the following advantages compared to the transmission device driven by a rotary motor:
Due to the direct generation of thrust without the need for any conversion device, the intermediate conversion mechanism can be eliminated, simplifying the entire device and system, improving transmission efficiency, and reducing manufacturing costs. Due to the fact that components and transmission devices are not subject to centrifugal force like rotating motors during operation, the speed of linear operation can be unrestricted.
Due to the fact that linear electromagnetic thrust is directly generated by electrical energy, it is a non-contact motion, which can reduce mechanical losses and make transmission components wear free.
Due to the operation of the electromagnetic thrust driven device, it can avoid the noise of mechanical conversion mechanisms such as steel ropes, racks, and transmission belts, and the operating environment is good.

Due to its simple structure and the fact that the primary iron core can be sealed as a whole after embedding, it can be used in special environments such as humidity, harmful gases, high or low temperatures.
Due to its simple structure and good heat dissipation conditions, in many cases, there is no need to add cooling devices and a higher heat load can be designed, thereby improving the power/volume ratio.
A three-phase linear induction motor is a type of linear motor that uses the principle of an induction motor to directly generate electromagnetic thrust from electrical energy. Therefore, it can be applied to industrial, civilian, military, and various other linear motion scenarios such as rail transit, cranes, elevators, and conveyors. The XY (Q) flat three-phase linear induction motor is our

Main technical performance of XY (Q) flat three-phase linear induction motor
The voltage levels include low voltage levels (such as three-phase 110V, 220V, 380V, etc.) and high voltage levels (such as three-phase 1150V, etc.).

The rated frequency can be 50Hz, or it can be set to be lower or higher than 50Hz according to the actual operating speed requirements. Correspondingly, the driving power source can be the power grid or the frequency converter.

The rated output thrust range is 500N~20000N (to be determined through negotiation).
The insulation level can be F level, H level, or 200 �� level. The insulation structure has the ability to adapt to the high carrier frequency voltage output by the frequency converter.
Different installation structures and cooling methods (natural cooling or forced air cooling) can be designed according to actual usage requirements.