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Unique gearbox design and perfectly machined contact surfaces create minimal vibration and low noise in TwinSpin® high-precision cycloidal zero-backlash gearboxes.
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SPINEA® is the manufacturer of TwinSpin® high-precision zero-backlash cycloidal gearbox that achieves very high positioning accuracy. Excepting precision, they have other useful features and are used in applications where small design envelope and high overload capacity are required. One such application is automatic tool changer (ATC), which is part of every CNC machining center.
Highly efficient compact solutions using DriveSpin® electric rotary actuators satisfy the most demanding requirements of the complexity of today's production systems.
Consistent diagnosis of defects in equipment components in the transportation and aerospace industries will increase reliability and safety for users. In such production lines, SPINEA's products are of great use, thus contributing directly to the safety of cars and aircraft.
SPINEA® was inspired by Ernest Werner von Siemens' most famous quote, "... it's not about going head against the wall, but rather about finding the door with your eyes..." and created unique conditions for the joint realization of compact units composed of the TwinSpin® high-precision reduction gear and a servomotor with control system from SIEMENS.
SPINEA has invested in state-of-the-art progressive precision manufacturing as well as measurement technologies to ensure the excellent accuracy of its products in line with the Industry 4.0 concept. Precise and stable production, measurement, and inspection throughout the entire manufacturing process of the bearing reducer components ensure that only a superior product that meets all required parameters the customer will get.
Along with waterjet cutting machines, these excellent properties of reduction gears TwinSpin® and actuators DriveSpin® made by company SPINEA, s.r.o. have been demonstrated also in the cutting heads during 3D plasma and laser cutting.
Friction is a mechanical phenomenon that is always present at a contact of mechanical bodies or mechanical environments. Mechanical friction in position servo control represents the relevant and serious undesired nonlinear physical property. In TwinSpin® G reduction gears, friction is under maximum control.
Company SPINEA® is open to cooperation on the development of new robots. Long- term cooperation with companies dealing with robot solutions, taking more than two decades, represents an ideal foundation for new, more efficient robot applications in the future required by the Global Industrial Robot Solutions and Automation 4.0.
Every company making and supplying products has a primary goal – customer satisfaction. Company SPINEA has the same priority. Along with the declaration of the goal, the company applies system tools to ensure the best achievements in this area.
SPINEA® in TwinSpin® reduction gears uses and recommends to use high-end lubricants based on synthetic oils with high viscosity index and high performing additive packages.
Production with micron-size precision is demanding in the terms of production and measuring technique. Company SPINEA, s.r.o. has managed the processes of very precise production as proved by top quality products that belong to the category of high precision technology.
High precision reduction gears TwinSpin® and actuators DriveSpin® possess all properties and meet all demands laid on PTU azimuth and elevation axis motion control. Moreover, compared to competitive products, these reduction gears showed excellent performance at low temperatures, and extremely smooth operation in the micro-stepping arrangement, i.e. low revolutions of 0.0001°/s, which allows for a stable picture at the slow movement of a monitored object in long distance.
Lately, SPINEA® has made big efforts and spent time with food grade lubricants testing in order to select the most suitable lubricant types for all sorts of alimentary applications with installed reduction gears TwinSpin®.
Company SPINEA® has developed a solution with testing equipment in a vacuum and with a group of thermal sensors in cooperation with company CBK and the Space Development Center in Poland.