7th axes made of composite concrete

7th axes made of composite concrete

7th axes made of composite concrete

Product catalog summary
Introduction
The document introduces a groundbreaking innovation in robotics: the first 7th axis made of composite concrete. This new product by IPR offers significant advantages over traditional metal models, including reduced installation space, energy requirements, and CO2 emissions.

Specifications
The composite concrete 7th axis is available in two models, RC-1000 and RC-1500, suitable for 80% of all robots. Key specifications include:
  • RC-1000: Maximum load capacity of 15,000 N, bending moment of 15,000 Nm.
  • RC-1500: Maximum load capacity of 50,000 N, bending moment of 72,000 Nm.
  • Both models have a repeatability of +/- 0.1 mm, maximum velocity of 3 m/s, and acceleration of 4 m/s².
Composite concrete offers a 75% reduction in CO2 emissions and 90% less energy consumption compared to steel.

Design and Features
The 7th axis features a compact design with options for flat or profiled rail guides. It is torsion-resistant, quiet, and has low vibration levels. The inside cable carrier significantly reduces space requirements.

Advantages
The composite concrete base body provides a cost-effective solution with a smaller installation area. It is sustainable and suitable for special areas like paint shops due to its silicone-free composition.

Applications
The RC-1000 and RC-1500 models are compatible with various robot brands, including ABB, FANUC, KUKA, and Stäubli.

Conclusion
IPR's new 7th axis represents the future of robotics, offering a resource-saving and cost-effective alternative to traditional metal models. The innovation is expected to reduce costs and enhance sustainability in industrial applications.

Contact Information
IPR is represented globally, with contact details provided for offices in the USA, Mexico, China, and Germany.
See more

Catalog excerpts

7th axes made of composite concrete-1

7 TH AXES MADE OF COMPOSITE CONCRETE RC-SERIES Energy requirement* reduced by 90 % Installation space** reduced by 46 % * Compared to a 7th axis base body made of steel ** If equipped with inside cable carri

 Open the catalog to page 1
7th axes made of composite concrete-2

Our unique world debut shifts boundaries. And robots – more efficient than ever. The first 7th axis worldwide made of composite concrete defines a completely new product generation. IPR revolutionizes the 7th axis Something unique: IPR’s 7 th axis with a base body made of composite concrete instead of metal. This product innovation by IPR offers only advantages: As a cost-effective solution, it requires a smaller installation area. It is also sustainable, quiet and torsion-resistant, with low vibration levels. Another advantage: it can be selected between a flat guide and profiled rail guide....

 Open the catalog to page 2
7th axes made of composite concrete-3

Inside cable carrier Joint (extension) Profiled rail guide Composite concrete 7 th axis with profiled rail guide as base model The compact design of the base model with inside cable carrier offers all functions of a conventional 7th axis and reduces the space requirement significantly. Composite concrete: Your robots stand on it – very safely. IPR starts their new RC product class with the two 7 th axis models RC-1000 and RC-1500 cast from high-quality composite concrete. The two variants are suitable for 80 % of all robots. The maximum load capacity of the RC-1000 is 15,000 N with a bending...

 Open the catalog to page 3
7th axes made of composite concrete-4

This is it – the future of the 7th axis. Everyone who knows the product, loves it – except the competition. The only thing falling are your costs Thanks to a base body made of composite concrete, IPR’s new 7th axis is available at significantly lower costs than metal models. Composite concrete Composite concrete Single profile Single profile Profiled rail or flat guide Profiled rail or flat guide Robot examples ABB FANUC KUKA Stäubli ABB IRB6600 series, IRB6700, IRB7600 FANUC R2000 KUKA Quantec series Stäubli TX200 max. load capacity4 max. bending moment (Mz) 1) Width with inside cable carrier...

 Open the catalog to page 4
7th axes made of composite concrete-5

The figures speak for the new RC series. As do our customers. 90 % less energy requirement* Efficiency and social responsibility must not be mutually exclusive. 46 % smaller ­installation space The inside cable carrier reduces the space requirements significantly. 75 % less CO2 emission* Resource-saving products for more sustainability in your company. * Compared to a 7th axis base body made of s

 Open the catalog to page 5
7th axes made of composite concrete-6

IPR - Intelligente Peripherien fur Roboter GmbH Jakob-Dieffenbacher-Str. 4/2 T +49 7262 9239-100 [email protected] Mexico Intellum, S.A. de C.V. Av. Central 206, 1er piso Col. San Pedro de los Pinos Del. Alvaro Obregon, CP 01180 T +52 55 5668 6063 F +52 55 5668 6079 [email protected] More contacts can be found under: www.iprworldwide.com 11/2017 | engineered | and made in Germany

 Open the catalog to page 6

All IPR - Intelligente Peripherien für Roboter GmbH catalogs and technical brochures

  1. new products

    6  Pages

  2. Robot gantry

    5  Pages

  3. Robot 7th-Axis

    10  Pages

  4. Tool changer

    10  Pages

Archived catalogs

  1. Cavity waxing

    4  Pages

  2. Solar

    3  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.