Optibelt

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Valuable help for the measurement of V-belt and pulley groove sections.

High performance raw edge, moulded cogged wedge belt. The new maintenance-free Optibelt SUPER XE-POWER PRO is one of the best performing drive belts on the market. The innovative design of the Optibelt SUPER XE-POWER PRO opens up new scope in designing...

For Optibelt V-Belts and Ribbed Belts This simplified method for static tension measuring should be used for installation and maintenance tensioning of the belt when the important technical data is unavailable and the optimum tension cannot be calculated...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

An indispensable aid for belt drives – optibelt LASER POINTER II  The optibelt LASER POINTER II makes it easier to align belt drives. The belt pulleys are aligned to each other via the front or lateral faces. The LASER POINTER II is simple to...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

High performance raw edge, moulded cogged wedge belt. The new maintenance-free Optibelt SUPER XE-POWER PRO is one of the best performing drive belts on the market. The innovative design of the Optibelt SUPER XE-POWER PRO opens up new scope in designing...

The optibelt MEASURING GAUGE is the perfect aid for measuring inner lengths. The possible measuring ranges are: • 500–2500 mm inner length (Li) • 500–3500 mm inner length (Li)   Please note: All inner lengths determined are...

The optibelt TT frequency tension tester is used to check the tension of drive belts by measuring their frequency of vibration. Due to its compact design, it offers universal application possibilities for drives in engineering, in the automotive...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...

Wedge Belts have a substantially lower width compared to classic V-belt drives that have the same power rating (height to width ratio of approximately 1:1.2). Due to the available space gained by this, the costs for a complete drive with high performance...