Workpiece spindle for precise, low-vibration turning processes
A precision workpiece spindle ensures low-vibration turning processes and consistently high machining quality. The workpiece spindle integrates the drive, clamping mechanism, and rotating workpiece into a technically coordinated unit. Even slight imbalances, runout errors, or thermal displacements can compromise dimensional accuracy, surface finish, and tool life. A spindle designed specifically for the application reduces these effects and enables reproducible manufacturing results.
At Innomotics, we develop high-quality workpiece spindles for demanding machine tools. WEISS manufactures high-precision motor spindle units with a focus on:
We develop each workpiece spindle to suit the respective machining process. The bearings, motor design, spindle nose, housing shape, and mounting orientation are specifically tailored to the application. Depending on the machine design, the spindle is available with direct drive, external drive, or an integrated gearbox.
As an experienced workpiece spindle manufacturer, we offer main spindles, turning-milling spindles, turning spindles, synchronous spindles, and robot spindles for demanding production environments.
At Innomotics, we develop high-quality workpiece spindles for demanding machine tools. WEISS manufactures high-precision motor spindle units with a focus on:
- high radial and axial rigidity
- smooth and low-vibration operation
- reliable workpiece guidance
- consistent process stability
We develop each workpiece spindle to suit the respective machining process. The bearings, motor design, spindle nose, housing shape, and mounting orientation are specifically tailored to the application. Depending on the machine design, the spindle is available with direct drive, external drive, or an integrated gearbox.
As an experienced workpiece spindle manufacturer, we offer main spindles, turning-milling spindles, turning spindles, synchronous spindles, and robot spindles for demanding production environments.
3.500
12
Repair and service locations worldwide serve customers in 193 countries
3.000
We carry out repairs on all continents every year
4
It takes a maximum of hours for a pool spindle to be ready for dispatch
SMI24
The digital interface makes our spindle smart - The first spindle that thinks for itself
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Workpiece spindle with intelligent control for maximum accuracy
A modern workpiece spindle with precise speed and torque control, as well as intelligent control, supports high-precision and reliable machining. The control system is tailored to the material, machining process, and load profile. This improves process stability, ensures consistent part quality, and reduces defect-related scrap.
Depending on the model, our workpiece spindle systems can continuously monitor operating data such as temperature, speed, and load. This allows deviations to be detected early on and appropriate measures to be taken in a targeted manner. The stable control system supports consistent machining processes and high machine availability. As an experienced workpiece spindle manufacturer, we develop technically optimized spindle solutions for precise and reliable production processes.
Depending on the model, our workpiece spindle systems can continuously monitor operating data such as temperature, speed, and load. This allows deviations to be detected early on and appropriate measures to be taken in a targeted manner. The stable control system supports consistent machining processes and high machine availability. As an experienced workpiece spindle manufacturer, we develop technically optimized spindle solutions for precise and reliable production processes.
Workpiece spindle with state-of-the-art bearing technology for high speeds
High-precision workpiece spindles with application-specific bearing technology enable high rotational speeds and reliable production. A suitable bearing arrangement and lubrication reduce friction, limit heat generation, and ensure smooth spindle operation. This ensures that the spindle remains precise and maintains process stability even at high speeds and under varying loads.
Our workpiece spindles are optimized for speed, machining forces, mounting position, and operating life. Depending on the requirements, rolling or plain bearings, as well as various lubrication concepts, are used. This enables precise machining results, a long bearing service life, and reduced maintenance requirements.
Our workpiece spindles are optimized for speed, machining forces, mounting position, and operating life. Depending on the requirements, rolling or plain bearings, as well as various lubrication concepts, are used. This enables precise machining results, a long bearing service life, and reduced maintenance requirements.
Workpiece spindles for energy-efficient and economical production
A workpiece spindle designed to meet specific requirements reduces energy consumption and increases production efficiency. Thanks to optimized drive concepts and application-specific bearing design, the spindle operates efficiently across the required speed and load range. This reduces mechanical losses, minimizes wear, and increases machine uptime.
Our workpiece spindles are designed for high precision and reliable power transmission. They enable consistent machining processes with energy consumption tailored to the application. As an experienced manufacturer, we develop cost-effective spindle solutions for a variety of machine and production concepts.
Our workpiece spindles are designed for high precision and reliable power transmission. They enable consistent machining processes with energy consumption tailored to the application. As an experienced manufacturer, we develop cost-effective spindle solutions for a variety of machine and production concepts.
CNC Workpiece Spindle for Flexible and Automated Production Systems
A high-performance CNC workpiece spindle must reliably handle a variety of workpieces, clamping configurations, and machining cycles. High dynamic performance shortens acceleration and deceleration times. The rigid bearing arrangement stabilizes the machining process under varying radial and axial loads. Precise encoder data enables controlled rotational movement and reproducible positioning of the workpiece.
WEISS Spindle develops custom workpiece spindles for lathes, turning centers, and combined turning-milling applications. The spindle nose, clamping device mount, spindle bore, motor type, housing, and lubrication are tailored to the machine design and machining task. This allows for short cycle times, reliable workpiece changes, and consistent machining results.
Workpiece spindles for various machine designs
Workpiece spindles for various machine designs
- Workpiece spindles for horizontal lathes support reliable bar and chuck machining with a tailored workpiece mounting and installation orientation.
- Workpiece spindles for vertical lathes are suitable for machine designs where workpiece weight, clamping position, and machining forces require a vertical configuration.
- Custom block, quill, and cast designs facilitate integration into new machines as well as retrofit projects.
- Spindle noses conforming to DIN 55026 and special interfaces enable adaptation to various clamping devices and workpiece dimensions.
Your Sales Contacts for New Spindles
Jürgen Müller
Product Manager, Rigid Shaft Couplings Sales, Germany: ZIP codes 0, 1, 2, 3, 4, 8, 9
Jens Hofmann
AT, CH, ES, CEE countries, Germany: ZIP codes 5, 6, 7
Do you need detailed technical information about workpiece spindles?
In the Download Center, you'll find data sheets, brochures, certificates, and other documents related to
workpiece spindles, motor spindles, robot spindles, and the WEISS spindle service.
Use these documents for technical evaluation, project planning, and product selection.
workpiece spindles, motor spindles, robot spindles, and the WEISS spindle service.
Use these documents for technical evaluation, project planning, and product selection.
Frequently asked questions on the subject: Workpiece spindle
A workpiece spindle holds the workpiece and causes it to rotate at a defined speed during machining. Its design affects runout, rigidity, speed, torque, and thermal behavior. Therefore, the bearings, drive, cooling, lubrication, workpiece clamping, and sensor systems must be tailored to the machine tool and the machining process. The following answers explain the function, design, and selection of workpiece spindles for lathes, turning centers, and combined turning-milling applications.
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Spindles, maintenance, service Europe, USA, UK and worldwide.
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Workpiece spindle
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