One of the biggest problems Engineers face while designing ever-smaller devices is making things move. As the size of equipment decreases, the demand for smaller motors increase. However, oftentimes small enough motors simply don’t exist, and if they do, they do not provide enough torque or speed to be useful in the application. Often, the only option is to use a large framed motor and shrink everything else around it. Motion control is the real bottleneck which forces Engineers to compromise on the footprint of their device. We overcome the difficulties such as motor heating, life time, torque attenuation, vibration, noise and reliability to ensure the best performance for you.
MOONS’ never stopped researching and developing in miniaturization applications. We provide variety of mounting and connection modes of NEMA 8 hybrid stepper motors. Customers have the flexibility to design small, compact equipment that is easy to assemble.
Mini linear stepper motorstructure is compact in structure with the minimum size of NEMA8, easy to the overall design. The motors can directly connect with the cantilever mechanism, which saves the installation space of the coupling. It makes the mechanism exquisite and simple, without intermediate transmission link, and ensures higher precision, higher efficiency and higher life.
Our mini NEMA 6 hybrid stepper motor is what many Engineers have been waiting for. It solves many of the problems in motion control which prevented equipment from getting smaller. By applying our experience in the field of hybrid stepper motor technology, we were able to succeed where many have failed. We’ve successfully created a NEMA 6 sized stepper motor that delivers plenty of performance. The 106 outperforms all other motors of similar size on nearly all metrics: it delivers more torque at higher speeds with greater accuracy.
In the field of PM stepper motors, we provide miniature permanent magnet stepper motors with outer diameters of 15mm, 20mm , 25mm, 35mm, 42mm. When you couple it with gearbox, you can greatly improve step accuracy and torque. Permanent magnet stepping motors are generally two-phase, and the step angle is generally 3.75 degrees, 7.5 degrees, 15 degrees or 18 degrees, etc. MOONS’ PM stepper motors are widely applied in many innovative applications, including: computer equipment, photographic systems, optoelectronic devices, valve control, ATM equipment, CNC machine, automatic winding machines, electronic clocks and medical equipment.
In the field of BLDC motors, we provide small brushless dc motors with outer diameters of 16mm, 22mm , 30mm, 36mm. The advantages of a brushless motor over brushed motors are high power to weight ratio, high speed, and electronic control. MOONS’ offers a comprehensive selection of 3W～300W high performance brushless motors used in a wide variety of applications, including textile machines, ATM, printer, solar energy equipment, pump, food industry, sorting equipment.
In the field of slotless brushless dc motors, we provide micro slotless dc motors with an outer diameter of 13mm, which use our ironless winding, brings high torque and power density in such small package. This motor gets a compact design, runs up to about 50,000 rpm speed. The micro motor length is 37.4mm and holding torque is up to 5.55mNm. With no cogging, the operational lifetime up to 20,000 hours. And the encoder can be used in accurate positioning application.
In the field of coreless brushed dc motors, we provide three types of coreless motors whose diameters are 13mm, 17mm and 24mm as option. MOONS’ coreless DC motorsdiffer from conventional iron core DC motors in that the rotor consists of a self-supporting lap winding. Innovative ironless winding helps our motor to achieve the best performance. To make this product perfect in small application like pipettes, spectrophotometers, sample pretreatment platforms, precision balances, micro diaphragm pumps and other analytical equipment we also provider driver as option.
Miniature stepper motors are suitable for miniaturized applications with the following requirements:
- Low cost for control achieved
- High torque at startup and low speeds
- Ruggedness
- Can operate in an open loop control system
- Low maintenance
- Precise positioning and repeatability of movement high reliability
Small BLDC motors are suitable for miniaturized applications with the following requirements:
- Wide range of speed control and smooth torque output excellent speed stability
- Small size, high power
- Low temperature rise, low noise, low vibration
- Long life, low maintenance costs
- Low positioning torque
- Energy efficient
