Semiconductor & Electronics Automation

In semiconductor and electronics manufacturing, highly automated processes and extreme precision are essential for quality and yield. Whether in wafer handling, pick-and-place machines, or inspection systems, the couplings, brakes, and torque limiters from Miki Pulley enable precise motion transmission, maximum process stability, and outstanding machine availability — even under cleanroom conditions.

Highest Requirements in Semiconductor & Electronics Automation

Production systems in the electronics and semiconductor industry operate with microscopic structures and highly sensitive components. Even minimal deviations can impair the functionality of entire assemblies. At the same time, demands for throughput, flexibility, and traceability continue to increase.

Drive technology plays a key role in this environment: it must operate with high precision, low vibration, and absolute reliability — often in continuous operation and under cleanroom conditions. Compact designs, low particle emission, and low-maintenance solutions are essential.

The shaft couplings, electromagnetic brakes, spring-actuated safety brakes, and torque limiters from Miki Pulley are specifically designed to meet these requirements, ensuring stable, clean, and efficient processes.

SMT PICK-AND-PLACE MACHINES

SMT assembly systems place electronic components on circuit boards with high speed and precision.

Typical Applications:

• Pick-and-place systems for SMD components
• High-speed assembly lines
• Feeder and supply systems

Key Requirements for Couplings & Brakes:

• Low inertia for maximum dynamics
• Backlash-free couplings for precise placement
• High repeatability over millions of cycles
• Reliable brakes for accurate stopping positions

Challenges:

• Extremely short cycle times
• Miniaturized and sensitive components

INSPECTION AND TESTING SYSTEMS

Optical and electrical inspection systems verify components and circuit boards for defects and quality.

Typical Applications:

• AOI (Automated Optical Inspection)
• In-circuit testing (ICT)
• Functional test systems

Key Requirements for Couplings & Brakes:

• Vibration-free motion transmission for precise image processing
• Accurate positioning of cameras and sensors
• High stability during both slow and fast movements

Challenges:

• Maximum measurement accuracy
• Elimination of vibration-related interference

PRECISION POSITIONING SYSTEMS

These systems move workpieces or tools along defined axes with the highest accuracy.

Typical Applications:

• Lithography and exposure systems
• Micro-positioning stages
• Laser processing systems

Key Requirements for Couplings & Brakes:

• Torsionally rigid, backlash-free couplings
• Minimal internal movement and high rigidity
• Compact designs for integration into precision modules

Challenges:

• Nanometer- to micrometer-level accuracy
• Dynamic motion profiles combined with maximum stability

MICRO-ASSEMBLY AND PRECISION HANDLING

In electronics manufacturing, extremely small components must be assembled and handled with precision.

Typical Applications:

• Chip assembly
• Bonding processes
• Micro-grippers and handling modules

Key Requirements for Couplings & Brakes:

• Sensitive and precise motion transmission
• Torque limiting to protect delicate components
• Compact integration into small assemblies

Challenges:

• Extreme miniaturization
• High demands on process stability

COUPLINGS FROM MIKI PULLEY

Precision at the Highest Level

Shaft couplings are critical for accuracy and dynamics in semiconductor and electronics automation. The solutions from Miki Pulley provide backlash-free, torsionally rigid, and low-vibration power transmission — even under cleanroom conditions.

Typical Areas of Use:

• High-precision positioning systems
• SMT pick-and-place equipment
• Wafer handling systems

Their compact design and high precision make them ideal for applications with extreme accuracy requirements.

BRAKES FROM MIKI PULLEY

Control and Safety in Sensitive Processes

Brakes ensure precise positioning and secure holding — even in sensitive and highly dynamic processes.

Typical Applications:

• Holding brakes in vertical axes
• Positioning systems
• Safety functions in automated systems

The electromagnetic brakes and spring-actuated safety brakes from Miki Pulley stand out thanks to short switching times, high reliability, and stable performance — even in continuous operation.

TORQUE LIMITERS FROM MIKI PULLEY

Protection for Sensitive Systems

In semiconductor and electronics manufacturing, even the smallest disruptions can cause major damage. Torque limiters reliably protect systems and products from overload.

Key Benefits:

• Immediate response in the event of blockages
• Protection of sensitive components and systems
• High repeatability
• Minimization of rejects and downtime

YOUR ADVANTAGES WITH MIKI PULLEY COMPONENTS

Miki Pulley offers a comprehensive portfolio of shaft couplings, electromagnetic brakes, spring-actuated safety brakes and torque limiters for semiconductor and electronics automation — from individual modules to complex production lines.

Technical Advantages at a Glance:

• Maximum precision in the micro- and nanometer range
• Cleanroom-compatible and compact designs
• High dynamics for maximum productivity
• Low-maintenance and durable solutions
• Reliable protection against overload and production downtime

With Miki Pulley, you choose drive components that sustainably improve precision, efficiency, and process reliability in semiconductor and electronics automation.