BMU/BLE2 Series - Brushless DC motors with matching drivers

BLV‑R Series – Compact Brushless DC Motors for AGV/AMR drive systems
The BLV‑R Series offers high-performance brushless DC motors with a driver, ideal for battery-powered and mobile automation systems. Perfect for AGVs, robotic transport, or compact conveyors requiring precise control, low noise, and efficient energy usage.

Highlights
• Power Ratings: 60 W, 100 W, 200 W, 400 W & 750 W
• Operating Voltage: 24–48 VDC (750 W at 48 V only)
• Speed Range: 1–4,000 rpm
• Speed Regulation: ±0.01% (load variation)

Position Detection: Built-in resolver with ±0.72° stopping accuracy (motor shaft)

Mechanical Options
Gear Variants:

• Parallel shaft gearhead
• Hollow-shaft flat gear
• Round shaft (gearless) - for combination with 3rd party gearheads

Electromagnetic Brake (optional): Ensures holding torque during power loss in vertical applications

Functions & Interfaces
ATL Function (Advanced Torque Limit): Automatically reduces torque to prevent shutdown under overload

Sequence Control: Store up to 256 motion routines (loops, conditions, timers) directly in the controller

Connectivity: RS-485 (Modbus RTU), CANopen; ID-Share for multi-axis coordination

Typical Applications
Ideal for mobile robots, AGVs, autonomous transport platforms, low-profile conveyor systems, and battery-powered motion control tasks where high torque and compact design are essential.

Both series offer efficient 24 V brushless DC motors with feedback via integrated Hall sensors. They cover a wide power range and enable stable speed control even under load changes. The main differences lie in the functional depth of the respective drivers. The motors are available with various gearbox types, including helical and hollow-shaft flat gearboxes.

BLH Series
The motors cover 15–100 W and offer a speed range of 100–3000 rpm (or 80–3000 rpm for digital and RS-485 drivers).
Three driver types are available: analog, digital, and RS-485 communication, each as a compact PCB driver.
Supported functions (depending on model):
- Torque limiting
- Load factor display
- Setting acceleration/deceleration ramps
- Multiple programmable speed levels
- Free MEXE02 parameterization software.

BLS Series
The BLS series offers 25–120 W of power at 100–2000 rpm or 100–4000 rpm, depending on the motor type.
The drivers are available in two versions:
- Simple type with particularly easy commissioning via an on/off signal
- as an RS-485 variant with extended parameterization via MEXE02 software

Oriental Motor Fan Motor Series

EC Fans (Electronically Commutated DC Fans)
Compact fans with integrated brushless DC motors and built-in electronics. They offer high efficiency, quiet performance, and precise speed control—excellent for temperature-controlled applications under varying load.

Axial Flow Fans
Propeller-driven fans designed to generate large airflow along the axis of rotation. Well suited for ventilation and cooling of electronic enclosures or entire systems. Available with filters, IP ratings, and alarm features.

Centrifugal Blowers
Fans featuring a narrow discharge outlet and high static pressure via radial airflow. Excellent for spot cooling, ducted installations, or cases with significant airflow resistance. Delivers focused air delivery even in compact setups.

Cross Flow Fans
Elongated fans with a cylindrical impeller that blows air sideways, creating a wide, uniform airflow. Ideal for horizontal cooling across surfaces or installation in long, narrow enclosures—commonly used as air curtains or flat-panel cooling devices.

Planned Launch in 2027

The KXR Series is a modern AC servo system designed for highly dynamic positioning and motion control applications. The series combines high-performance servo technology with an integrated battery-free absolute encoder and EtherCAT communication. Thanks to high rotational speeds, fast control response, and precise encoder technology, the KXR Series is particularly well suited for robotics, packaging machinery, conveyor systems, and demanding multi-axis applications.

Key Features

• 26-bit absolute encoder with high-resolution positioning integrated as standard

• Maintenance-free absolute encoder with solid-state battery – no external battery replacement required

• High dynamic performance with speeds up to 7,000 rpm and control bandwidth ≥ 3.5 kHz

• Power ratings available from 400 W and 750 W up to 1 kW

• EtherCAT communication integrated as standard

• Safety functions: STO (Safe Torque Off) and SS1

• Supports Safety over EtherCAT (FSoE)

• Planetary gear options available with low backlash

• Compatible with DGII hollow rotary actuators for compact rotary axis solutions

• 300° rotatable metal connector for flexible cable routing; IP67 protection class

• Integrated brake control and automatic tuning functions for simplified commissioning

Summary

High precision, fast response, low-maintenance operation, and flexible integration into modern motion control and automation systems.

AZ Series - Servo-controlled stepper motor with battery-less absolute encoder

The AZ Series combines hybrid stepper motor technology with a built-in, battery-free mechanical multi-turn absolute encoder (ABZO sensor). This enables absolute positioning of ±900 revolutions without the need for external sensors. Motors run open-loop under normal operation for smooth, vibration-free motion and switch automatically to closed-loop control under load changes to ensure reliable positioning without loss of synchronism.

Key Features

• Battery-free mechanical multi-turn absolute encoder (ABZO) integrated as standard

• Absolute positioning range: ±900 (standard) or ±1,800 (extended) revolutions

• Open-loop operation for quiet running; closed-loop engagement for overload conditions

• Frame sizes: 20 mm, 28 mm, 42 mm, 60 mm, and 85 mm

• Gearhead options: spur gearheads, right-angle-gearheads, planetary gearheads & Harmonic Drive®

• Wide variety of actuators available: linear actuators, rotary actuators, grippers, and more

• Control flexibility: pulse-direction input, digital I/O, or fieldbus communication (EtherCAT, EtherNet/IP, PROFINET, Modbus RTU)

• Integrated monitoring and diagnostic functions for reliable system operation

• Optional electromagnetic brake for holding loads in vertical applications

Common Features

Reliable positioning, compact design, and flexible integration into a wide range of automation solutions

OVR3 SCARA Series – Flat and Flexible 3-Axis Transport Robots

The OVR3 Series includes compact 3-axis SCARA robots, perfect for applications in confined spaces. Models with full 360° range of motion for axis 1 and extended reach open up even more flexible application possibilities.

Variants in Detail

1. Standard SCARA

• Low-profile design, approx. 140 mm height, weight around 7.6 kg

• Reach up to 410 mm, payload up to 3 kg

• Repeatability: ±0.03 mm

• Drives all axes using AZ hybrid steppers with built-in, battery-free absolute encoder

2. Full 360° SCARA

• Axis 1: unrestricted rotation, Axis 2: ±170°

• Greater motion flexibility for complex paths in tight environments

• Versions: 460 mm reach with 10 kg payload, or 700 mm reach with 3 kg payload

• General dust protection (not IP-rated)

Common Strengths

All OVR3 SCARA variants share these benefits:

• Compact footprint with high precision

• Simple programming via MRC01 controller and free MRC Studio software

• Ideal for pick & place, assembly, inspection, and tight-cell automation

OVR4 Series – 4-axis robots – Palletisers

The OVR Series includes compact 4-, 5-, and 6-axis articulated robots. The 4-axis model delivers stable, precise horizontal transport with streamlined control via the MRC robot controller and AZ Series drivers.

Key Features

• 4-axis articulated arm with parallel link mechanism, maintaining a level end-effector—ideal for smooth horizontal motion

• Horizontal reach options: 480 mm, 680 mm, or 880 mm, supporting up to 5 kg payloads, with optional arm length customization (580 mm, 780 mm)

• Vertical reach: up to 900 mm

• Repeatability: ±0.05 mm

• AZ-Series hybrid stepper motors on all axes with built-in, battery-free absolute encoders—no external sensors, simplified wiring

• Compact, lightweight aluminum construction: base weight starts at approx. 16.5 kg

• User-friendly control and programming powered by MRC01 controller and MRC Studio software—no advanced robotics knowledge required

• Maintenance-friendly: replaceable motors enable low-cost upkeep and customizable setups

Common Features

Compact, accurate, and versatile—OVR robots are an excellent fit for modular, reliable, and easy-to-use automation solutions.

The OVR5 Series is a compact 5-axis articulated robot designed for precise handling and pick-and-place applications. Combining a compact mechanical design, integrated AZ step-servo technology, and simplified robot control, the series is particularly suitable for flexible automation solutions in assembly, packaging, and material handling systems.

Key Features

• 5-axis articulated robot with high flexibility and compact design

• Horizontal reach up to 350 mm, vertical reach up to 631 mm

• Payload capacity up to 1 kg

• Repeatability of ±0.05 mm

• Compact footprint with only 12.5 kg body weight

• Powered by AZ Series step-servo motors with built-in battery-free absolute encoder

• No external sensors or homing procedures required

• 24 VDC operation for easy machine integration

• Can be combined with electric linear slides to extend the working range

• Controlled via MRC robot controller and MRC Studio software

• Easy programming without advanced robot or PLC expertise

• Supports point-to-point, linear interpolation, and circular motion control

• Compatible with electric grippers and various end effectors

• Simulation and AR tools available for simplified system planning

Summary

Compact design, easy commissioning, high precision, and flexible integration for cost-effective robotic and automation applications.

The OVR6 Series is a compact 6-axis articulated robot designed for precise handling, assembly, and pick-and-place applications. Compared to 5-axis systems, the additional axis enables more complex motion sequences and greater flexibility in tool orientation. Combined with integrated AZ Series step-servo technology, the OVR6 Series is particularly suitable for modern, space-saving automation solutions.

Key Features

• 6-axis articulated robot with high motion flexibility and versatile tool orientation

• Suitable for pick-and-place, assembly, feeding, and handling applications

• Compact mechanical design with small installation footprint

• High repeatability for precise positioning tasks

• Powered by AZ Series step-servo motors with built-in battery-free absolute encoder

• No external sensors or homing procedures required

• 24 VDC operation for easy machine integration

• Supports complex motion profiles through additional rotational axis

• Can be combined with electric linear slides to extend the working range

• Controlled via MRC robot controller and MRC Studio software

• Easy programming and intuitive commissioning

• Supports point-to-point, linear interpolation, and circular motion control

• Compatible with electric grippers and various end effectors

• Simulation and AR tools available for simplified system planning

Summary

Compact design, high flexibility, easy integration, and precise motion control for modern robotic and automation applications.

EL Series – Electric Lifting Units for Vertical Motion

The EL Series adds a precise vertical axis to robotic applications. Featuring high rigidity, built-in guiding, and a battery-free absolute encoder (ABZO sensor), these lifting units simplify system integration—no external guides or additional components required. Ideally suited for use with OVR3 or OVR4 robots.

Key Features

• Stroke lengths: 50 mm to 300 mm
• Lead options: 6 mm or 12 mm pitch – vertical payloads up to 15 kg or 30 kg
• Built-in guide: High rigidity ball spline; allowable moment load up to 80 Nm – ideal for SCARA robots
• Direct mounting: OVR robots or other payloads can be attached directly to the unit body – eliminating the need for external guides
• Cable routing: Top-through hole enables internal cable management for robots
• Flexible installation: Can be mounted on stands or ceilings, expanding design options
• Hedging: Equipped with a power-off activated electromagnetic brake to securely hold loads in place
• Position feedback: Compact, battery-free absolute sensor (ABZO) integrated as standard

MRC01/MRCU Robot Controller – Overview

The MRC01 is a versatile robot controller designed to integrate in-house developed robots into existing systems. It allows simple programming and control via EtherNet/IP™ and communicates with AZ Series motors and actuators through RS-485.

The MRCU builds on this concept as a compact plug-and-play solution, integrating the drivers for AZ motors (DC power) directly into the controller housing. This eliminates the need for external driver modules, reducing wiring complexity and installation time.

Key Features

• Easy integration: Direct connection to host systems via EtherNet/IP™ or I/O interface

• Multi-axis control: Supports up to 8 axes (one robot per MRC01/MRCU)

• User-friendly programming: Intuitive program creation with MRC Studio software, no ladder logic required

• Compatibility:
– MRC01 works with AZ Series motors/actuators (AC or DC) via built-in controllers or external mini-drivers through RS-485
– MRCU combines DC drivers and the robot controller in a single plug-and-play unit

• Robust control: Closed-loop operation for precise motion control

• Flexible applications: Suitable for articulated robots, SCARA, and delta robots

System Configuration

• Communication: EtherNet/IP™ for host system connection
• Control: RS-485 communication between MRC01/MRCU and AZ Series motors/actuators
• Software: MRC Studio for simple programming, simulation, and debugging

DGII Series – Hollow Rotary Actuators

The DGII series combines a high-precision hollow rotary actuator with a closed-loop αSTEP AZ series hybrid stepper motor. It is ideal for applications requiring high torque, precise positioning, and a compact design.

Technical Features
• Frame sizes: 60 mm to 200 mm

• Hollow shaft diameter: 20 mm to 100 mm

• Maximum torque: up to 50 Nm (e.g., DG200R)

• Maximum speed: up to 200 rpm (e.g., DG130R)

• Axial load capacity: up to 4,000 N

• Bending moment: up to 100 Nm

• Repeatability: ±15 arc seconds (±0.004°)

• Control signals: pulse-direction signals, digital I/Os, or common fieldbus protocols such as Modbus RTU, EtherCAT, EtherNet/IP, PROFINET

• Optional features: electromagnetic brake

Key Features
• Integrated AZ series motor: with built-in, battery-free absolute sensor for precise position feedback

• Hollow shaft: enables routing of cables, air, or fluid lines

• Flexible mounting: suitable for horizontal, vertical, and overhead installation

• High load capacity: designed for applications with large masses or inertias

• Easy integration: compatible with various control systems and fieldbus protocols

Typical Applications
•Positioning of tools or fixtures
• Rotary indexing tables in production lines
• Automated assembly and inspection stations
• Robotics and automation technology

EAC Series – Compact Electric Cylinders with Guide and AZ Series

The EAC Series features a compact electric cylinder with integrated linear guide, ball screw, and an AZ hybrid stepper motor. Its rigid structure and built-in absolute encoder make it ideal for horizontal or vertical motion requiring repeatable, controlled movement.

Key Specifications
Sizes:

• EACM2: 28 x 28 mm

• EACM4: 42 ×  42 mm

• EACM6: 60 ×  60 mm

• Motor Orientation: Straight or Reversed
• Stroke Lengths: 50 – 300 mm (in 50 mm steps)
• Lead Pitch: 6 mm or 12 mm
• Repeatability: ±0.02 mm
• Max Speed: Up to 600 mm/s depending on model
• Payload Capacity: Up to 60 kg horizontal / 30 kg vertical (depending on model)

Key Features
• Battery-free Absolute Encoder (AZ Series): No homing required

• Built-in Linear Guide: High rigidity for side loads and moments

• Optional Electromagnetic Brake: For vertical hold applications

• Control Flexibility: Via pulse-direction, RS‑485, or fieldbus (EtherCAT, EtherNet/IP, PROFINET, Modbus RTU)

• Compact alternative to pneumatic cylinders: High precision and minimal maintenance

EZS Series – Electric Linear Slides with AZ Hybrid Stepper Motor

The EZS Series offers compact, high-precision electric linear slides with integrated ball screw and guide rails. With a battery-free absolute encoder from the AZ Series, the unit enables reliable positioning without homing – ideal for clean, efficient automation.

Key Specifications
Sizes:

• EZSM3: 54 × 50 mm
• EZSM4: 74 × 50 mm
• EZSM6: 74 × 66.5 mm

• Motor Orientation: Straight or Reversed (Left/Right)
• Stroke Lengths: 50 – 850 mm (in 50 mm increments)
• Lead Pitch: 6 mm or 12 mm
• Repeatability: ±0.02 mm
• Max Speed: Up to 800 mm/s (depending on model)
• Load Capacity: Up to 30 kg vertically / 60 kg horizontally (depending on model)

Key Features
• Built-in Absolute Sensor (AZ Series): No battery, no homing required

• Dust-Proof Stainless Steel Design: With smooth-running rollers

• Low Particle Generation: Cleanroom compatible for some selected versions (ISO Class 3 achievable)

• Space-Saving: Reversed motor up to 136 mm shorter than straight type

• Electromagnetic Brake (optional): Holds load in vertical applications

• Flexible Communication: Supports EtherCAT, EtherNet/IP, PROFINET, Modbus RTU

LA Attachment – Compact Linear Actuator Attachment for Stepper Motors

The LA Series is a compact linear actuator attachment designed for direct integration with PKP or AZ stepper motors. It eliminates the need for external couplings, making it ideal for tight-space linear applications.

Models & Variants
Frame Sizes: 30 mm and 42 mm

Types:
• Lead-Screw Type: Repeatability ±0.05 mm
• Ball-Screw Type: Repeatability ±0.01 mm

Technical Specs
• Stroke Lengths: From 50 mm to 300 mm depending on model
• Leadscrew Pitch: Typically 2 mm, 9 mm, or 12 mm
• Self-locking Force (Lead-Screw): Holds loads up to 100 N without a brake

Built-in Axial Bearing: For direct axial load support

Key Benefits
• Compact design with direct motor mount
• Easy to integrate – ideal for simple linear movements
• Compatible with encoder and brake options (PKP & AZ series)
• Low maintenance and cost-effective

DR / DRS2 Series – Compact Electric Actuators

The DR and DRS2 series combine a compact ball screw mechanism with an αSTEP AZ Series hybrid stepper motor featuring a mechanical multi-turn absolute encoder. They are ideal for precise linear motion in space-saving applications – without requiring an external feedback system.

Mounting Types
• With spindle guide (guided type)
• Without spindle guide (unguided type)

Screw Types
• Rolled or ground ball screws
• Repeatability: ±0.01 mm (rolled), ±0.003 mm (ground)

Frame Sizes
• 20 mm, 28 mm, 42 mm, and 60 mm

Stroke Lengths & Leads
• Model-dependent; typical strokes between 30–50 mm
• Lead options from 1 mm to 8 mm

Electromagnetic Brake
• Optional for vertical use – securely holds the load in case of power loss

Control & I/O Options
• Pulse-direction input, digital I/O, RS-485
• Fieldbus support: EtherCAT, EtherNet/IP, PROFINET, Modbus RTU

EH Series – Electric Grippers with Rack-and-Pinion Mechanism

The EH Series is an electric gripper based on a rack-and-pinion mechanism, equipped with an αSTEP AZ Series hybrid stepper motor featuring a mechanical multiturn encoder. Its delicate grip, similar to a human hand, supports automation and labor-saving.

• Compact and space-saving

• Available in 2-finger and 3-finger variants

• Capable of gripping, adjusting, and measuring

• Built-in battery-free absolute sensor for constant monitoring of motor position without external sensors

• High reliability through closed-loop control

• Flexible integration via fieldbus systems (EtherCAT, EtherNet/IP, PROFINET, Modbus RTU) or simple control via digital I/Os

Ideal for precise, maintenance-free, and flexible automation solutions.

PKP Series – High-Torque Stepper Motors for Precise Positioning

The PKP series features powerful 2-phase and 5-phase stepper motors, characterized by high torque, low vibration, and quiet operation. They are ideal for applications requiring high precision.

2-Phase Stepper Motors

• Basic step angle: 1.8°; M-type motors available with 0.9° basic step angle

• Higher torque thanks to optimized magnetic design

• Low vibration due to redesigned structure

• Frame sizes: 13, 20, 28, 35, 42, 56.4, and 85 mm

• Flat Type motors additionally available in 42 and 60 mm; also with Harmonic Drive® gearheads

• Neugart planetary gearheads (PLE) available for 42, 56.4, and 85 mm

• Encoder options standard: 200, 400, 1000 P/R; semi-standard options up to 4,000 P/R on request

• Spur gearheads (SH type) available

• Optional electromagnetic brake to hold loads in vertical applications

5-Phase Stepper Motors

• Basic step angle: 0.72°; M-type motors available with 0.36° basic step angle

• Finer step resolution with even lower vibration and noise

• Frame sizes: 20, 28, 42, 56.4, and 85 mm

• Encoder options standard: 500, 1000 P/R; semi-standard options up to 4,000 P/R on request

• Spur gearheads (SH type) available
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Common features: High precision, versatile applications, and easy integration.

CVD Series – EtherCAT-Compatible Multi‑Axis Stepper Driver

The CVD Multi‑Axis Driver supports synchronized control of up to four 2‑phase or 5‑phase PKP/PK stepper motors via EtherCAT—delivering high performance with simplified wiring in multi-axis systems.

Features & Highlights
• Up to 4-axis synchronous control via EtherCAT: consolidated I/O and power connections for streamlined setup

• Supports 0.5–3 A per axis (max 12 A total) for both 2‑phase and 5‑phase PKP/PK motors

• Encoder data capture & deviation detection: Position errors flagged by driver without need for host controller

• Automatic brake control & sensor power: Built-in control of electromagnetic brakes and sensor power, eliminating external circuitry

• Power separation & safety: External safety relay support, and operational monitoring via EtherCAT even if main power is off

• Inrush current suppression: Protects main supply circuits during power-on spikes

• MEXE02 software support: PC-based parameter editing, real-time monitoring, diagnostics, waveform capture, alarm management, and PDO analysis

Why Choose CVD?
Simplifies wiring for multi-axis setups using a single EtherCAT cable

Uniform form factor and connectors for 2‑phase and 5‑phase operation—easy scalability

Built-in encoder and brake integration reduce the need for peripherals and system complexity

Incremental Encoder – Incremental Feedback Devices for Motion Control

Oriental Motor’s Rotary Encoder series includes ultra-compact, high-resolution incremental encoders designed for tight-space installations.

Technical Features
Housing Types:
• Round shaft models in Ø30 mm or Ø40 mm
• Hollow shaft models in Ø30 mm or Ø40 mm

Resolution Options: 14 options ranging from 100 to 4,000 P/R

Output Formats: Line driver, voltage output, or open-collector (5–24 VDC)

Physical Specs: Ø30 mm or Ø40 mm, depth 22 mm, weight ~33 g (round-shaft), ~38 g (hollow‑shaft)

Signal Outputs: A, B, Z phases for precise position and speed detection

• IP65 version: round shaft with Ø40 mm, available as Line Driver or Open Collector type

Benefits & Applications
• Enables detection of rotation differences (belt slippage, pulley deflection) and supports predictive maintenance systems

• Very small footprint; ideal for retrofit or space-constrained designs. Mounting adapter (PEF2) simplifies installation on Ø30 mm shafts

• Easy mechanical alignment of Z-phase output—Z-signal at 180° from connector orientation

BLV‑R Series – Compact Brushless DC Motors for AGV/AMR drive systems
The BLV‑R Series offers high-performance brushless DC motors with a driver, ideal for battery-powered and mobile automation systems. Perfect for AGVs, robotic transport, or compact conveyors requiring precise control, low noise, and efficient energy usage.

Highlights
• Power Ratings: 60 W, 100 W, 200 W, 400 W & 750 W
• Operating Voltage: 24–48 VDC (750 W at 48 V only)
• Speed Range: 1–4,000 rpm
• Speed Regulation: ±0.01% (load variation)

Position Detection: Built-in resolver with ±0.72° stopping accuracy (motor shaft)

Mechanical Options
Gear Variants:

• Parallel shaft gearhead
• Hollow-shaft flat gear
• Round shaft (gearless) - for combination with 3rd party gearheads

Electromagnetic Brake (optional): Ensures holding torque during power loss in vertical applications

Functions & Interfaces
ATL Function (Advanced Torque Limit): Automatically reduces torque to prevent shutdown under overload

Sequence Control: Store up to 256 motion routines (loops, conditions, timers) directly in the controller

Connectivity: RS-485 (Modbus RTU), CANopen; ID-Share for multi-axis coordination

Typical Applications
Ideal for mobile robots, AGVs, autonomous transport platforms, low-profile conveyor systems, and battery-powered motion control tasks where high torque and compact design are essential.

Both series offer efficient 24 V brushless DC motors with feedback via integrated Hall sensors. They cover a wide power range and enable stable speed control even under load changes. The main differences lie in the functional depth of the respective drivers. The motors are available with various gearbox types, including helical and hollow-shaft flat gearboxes.

BLH Series
The motors cover 15–100 W and offer a speed range of 100–3000 rpm (or 80–3000 rpm for digital and RS-485 drivers).
Three driver types are available: analog, digital, and RS-485 communication, each as a compact PCB driver.
Supported functions (depending on model):
- Torque limiting
- Load factor display
- Setting acceleration/deceleration ramps
- Multiple programmable speed levels
- Free MEXE02 parameterization software.

BLS Series
The BLS series offers 25–120 W of power at 100–2000 rpm or 100–4000 rpm, depending on the motor type.
The drivers are available in two versions:
- Simple type with particularly easy commissioning via an on/off signal
- as an RS-485 variant with extended parameterization via MEXE02 software

Oriental Motor Fan Motor Series

EC Fans (Electronically Commutated DC Fans)
Compact fans with integrated brushless DC motors and built-in electronics. They offer high efficiency, quiet performance, and precise speed control—excellent for temperature-controlled applications under varying load.

Axial Flow Fans
Propeller-driven fans designed to generate large airflow along the axis of rotation. Well suited for ventilation and cooling of electronic enclosures or entire systems. Available with filters, IP ratings, and alarm features.

Centrifugal Blowers
Fans featuring a narrow discharge outlet and high static pressure via radial airflow. Excellent for spot cooling, ducted installations, or cases with significant airflow resistance. Delivers focused air delivery even in compact setups.

Cross Flow Fans
Elongated fans with a cylindrical impeller that blows air sideways, creating a wide, uniform airflow. Ideal for horizontal cooling across surfaces or installation in long, narrow enclosures—commonly used as air curtains or flat-panel cooling devices.