EPT coupling

Usage/application	Industrial application
Ingredients	Steel, aluminum
specification	All standards
We deal with	New only
product	Schmidt coupling

High-performance compact precision coupling

Semiflex is a torsion resistant, precise coupling without restoring force.In addition to compensating for axial and angular misalignment, the coupling also provides high radial misalignment capabilities and a compact design.

Applications

• Conveyor technology
• Coating system
• analysis system
• Mechanical tools
• Test unit
• Packaging Machinery
  

Column

• High dislocation capability in compact design
• Radial deviation from 2mm to 6mm
• Combination of different hub versions
• High torsional stiffness
• Maintenance-free
• High torsional stiffness and no restoring force
• Extremely space-saving design
• High-strength steel  Steel 1.0570

extra information:

• Delivery time: spot

Usage/application	Industrial application
specification	All standards
type of packaging	Gift box
speed	high
tolerance	As required
machining	high
weight	Depends on the size, type and material of the coupling
Material grade	As required
Head shape	cylinder
temperature	high
design	Loewe GK coupling
Type of installation	Axis, hole, horizontal, vertical
Shape	cylinder
Whether to customize	customize
I trade	New only

High axial rigidity coupling

The axially rigid coupling Loewe GK is ideal for torque applications where the coupling must resist axial movement. 
The combination of kinematics allows for an additional large number of radial and angular misalignments

The axially fixed Loewe GK is designed to provide a large amount of angular and radial misalignment compensation and high axial stiffness. Loewe GK is destined to resist axial motion or be used for the precise transmission of pure linear motion used in cylinder systems.

 

Applied materials

• Disc adjustment
• Plunger pump 
• Mechanical tools
• medical technology
• Pick and place system
• Processing plant
• Printed circuit board machine
• Screw jack
  

Column

• Axial rigid coupling
• Anodized Chuck
• Use high-performance sliding bearings
• Plain bearing version
• High torsional stiffness
• Maintenance-free
• It operates at a constant temperature of -20 to +150
• High angular deviation of 3 degrees
• High radial deviation up to 2.5mm
• Axial load range from 220 Nm to 13,000 N 
• High axial and torsional stiffness
• Compact design

extra information:

• Delivery time: inventory

Usage/application	Industrial application
Ingredients	High-strength aluminum 3.2315 AlMgSi 1 F30, polyacetal polyacetal resin
Coupler type	Controlflex shaft encoder coupling
specification	CPS 8.1 to CPS30.2
length	16mm to 73mm
Shape	cylinder
Surface treatment	high
speed	Up to 26RPM
Torque	Up to 40NM

The ideal coupling for shaft encoders

Controlflex is a precision coupling developed according to the mechanical and metrological requirements of shaft encoders

Applications                                       

• Absolute encoder
• Incremental encoder                                            
• Rotational speed generator                           
• Parser
• Cam lift switch

The main function

• High speed up to 25,000 min-1
• Backlash-free coupling
• Electrical insulation
• It has very low resilience  

• High dislocation ability (radial up to 2mm and angle up to 1.5 degrees)
• High displacement-angle synchronization
• Low bearing stress 
• Balance clamp hub
• Diameter range from 3 mm to 7 mm

extra information:

• Delivery time: spot

Usage/application	Industrial application
Ingredients	All metal
specification	SP-4 A, SP-4 B, SP-10 A, SP-10 B, SP-30 A, SP-30B
Product Category	Spinplus Schmidt-Kupplung
Shape	cylinder
power supply	high
Diameter	Up to 59.5 per day
Surface treatment	standard
customize	custom made
temperature	high
I trade	New only

Couplings for highly dynamic servo motors and automation technology

Lightweight and slim, it is an ideal precision coupling for high dynamic applications.Whether it is precise positioning, assembly or measurement-this lightweight product is ideal in any situation.

In addition to the coupling design that already has an optimized mass moment of inertia, the newly developed innovative wheel hub design further optimizes the concept of the lowest mass moment of inertia.Compared with traditional hubs, these clamping hubs significantly reduce the mass moment of inertia.
In order to adapt to their respective application requirements, two hub versions were designed. Type A provides the lowest possible moment of inertia, and type B is designed to accommodate large shaft diameters and focus on the most compact size.

Applications

• High dynamic servo motor
• Handling and automation technology
• robot
• Stepper motor
• High-resolution measurement technology, etc.

The main function

• Lowest moment of inertia and extremely compact
• Accurate, torsion resistant, no gap
• Innovative wheel design-optimized mass moment of inertia

extra information:

• Delivery time: spot