Precision Motion Specialist Linear Stepper Motors Rotary Stepper Motors Integrated Stepper Modules Electric Grippers Motion Controllers Custom Solutions Brushed DC Motors Brushed Coreless Motors Brushless DC Motors Slotless BLDC Motors Frameless Motors Voice Coil Motors

Founded in 2008, Jiangsu DINGS' Intelligent Control Technology Co., Ltd. is guided by the philosophy, "Quality stems from responsibility, and details determine success." As a global leader in precision linear motion, DINGS' delivers a comprehensive portfolio of precision stepper, DC and BLDC motors, voice coil motors, lead and ball screw linear actuators, PMSM motors for eco-mobility, and advanced motion controllers — setting new benchmarks in the global motion control market.SCALE GROWTH 300+ Advanced Machining Equipment 2010 DINGS' Motion USA Established 2016 DINGS' Korea Established 2019 Joined...

Precision Motion Specialist A Lead Screw Linear Actuator B Hybrid Rotary Stepper Motor Stepper Lead Screw Linear Actuator Part number construction A-2 Lead screw code selection A-3 Product selection guide A-4 Part number construction B-2 2-phase Hybrid Rotary Stepper Motor 34 • 86 mm B-23 5-phase Hybrid Rotary Stepper Motor Stepper Ball Screw Linear Actuator Part number construction A-60 Ball screw lead code selection A-61 PM Stepper Linear Actuator Part number construction A-82 C Hollow Shaft Stepper Motor Part number construction C-2

Precision Motion Specialist G Slotless BLDC Motor Part number construction D-2 E Brushed Coreless DC Motor Part number construction E-2 Part number construction G-2 Part number construction F-2 Part number construction H-2

I Linear Module Series Part number construction Part number construction : DLM Part number construction : LR-DLM K Voice Coil Motor · Actuator Part number construction 12.7 mm Voice coil motor 13.2 mm Voice coil actuator Part number construction 25.4 mm Voice coil motor 30 mm Voice coil actuator 38 mm Voice coil motor 40 mm Voice coil actuator 45 mm Voice coil motor 60 mm Voice coil motor 60 mm Voice coil actuator [Position sensor integrated] 90 mm Voice coil actuator [Position sensor integrated] 76 mm Flat voice coil motor 97 mm Flat voice coil motor DSLM Series Part number construction DWM...

A Lead Screw Linear Actuator DINGS' offers a comprehensive range of Lead Screw Linear Actuators designed for equipment requiring high performance and long-term durability in compact form factors. These actuators convert motor rotary motion directly into linear motion through an integrated internal mechanism, reducing the need for external components such as belts, gears, racks, or couplings. This simplifies system design, reduces cost and assembly time, and minimizes precision loss—resulting in improved space efficiency and positioning accuracy. Compact, quiet, and efficient, DINGS' Lead Screw...

Precision Motion Specialist DINGS' Lead Screw Stepper Motor Linear Actuators are available in eight frame sizes, ranging from 14 mm (NEMA 6) to 86 mm (NEMA 34). The product lineup includes four configurations—External, Non-Captive, Electric Cylinder (Captive), and Kaptive—allowing flexible adaptation to a wide range of application environments. These actuators offer travel distances per step from 0.0015 mm (0.00006 in) to 0.127 mm (0.005 in), and even finer positioning control can be achieved when used with microstepping drives. Maximum thrust reaches up to 2,400 N. Encoder options are available...

Precision Motion Specialist Part Number Construction 0 Linear Actuator Type E = External Linear Actuator N = Non-Captive Linear Actuator C = Electric Cylinder (Captive) Linear Actuator K = Kaptive Linear Actuator 0 Motor Step Angle 5 = 5-phase, 0.72° step angle 0 Motor Length 3 = Triple stack 0 Rated Current/Phase XX = X.X(A)/Phase 0 Lead Screw Code Please refer to the lead screw code selection table © Number of Lead Wires © Lead Screw Length / Stroke XXX = XXX mm Lead screw length [For External / Non-Captive type] @ Lead Screw Surface Treatment T = Teflon coating S = Standard (No teflon coating)...

Lead Screw Code Selection Lead Code 1.8 degree motor travel per step inch (mm) Motor size (mm) 35 / 42 Screw Dia. inch (mm) Note : The data in [ ] refers to the conversion between metric and imperial systems. When the division is incomplete

Precision Motion Specialist To reduce complexity and cost of a design, it is important to accurately size a motor / lead screw combination. Below are a few simple steps in selecting the necessary components for a given application. Here is a general overview of the output thrust vs. motor size: As the size of the motor increases, the output thrust of the motor correspondingly increases. After estimating the required thrust and choosing a motor size that may fit your application, the speed and acceleration of the load must be considered and evaluated to choose an appropriate screw lead. Due to...

Precision Motion Specialist One of the most common methods of moving a load from point A to point B is through linear translation of a motor by a mechanical lead screw and nut. This section provides an overview of the basic principles of lead screw technology prior to selecting the system that is best for your application. Some basic design considerations are as follows: 1. What is the load of your system? 2. What is the required linear speed? 3. What is the distance to be travelled? 4. What accuracy does your application require? 5. What is the required time to move from point A to point B?...

Precision Motion Specialist Resonance in hybrid stepper motors typically occurs around the 200 PPS operating range. Microstepping control is effective in reducing vibration and audible noise within this range. Maximum allowable thrust load that can be applied to a stationary screw, including shock loading. Maximum recommended thrust load that can be continuously applied while the screw is in motion. Stepper motors require external drives for operation. Most commercial drive products integrate power circuits, logic circuits, switching components, and pulse control functions. Maximum torque the...