Max Europe

Rebar tying tools

The Japanese company Max Co., Ltd. looks back on a tradition lasting for almost 70 years now. Since 1940, a wide variety of products has been produced and further developed at the headquarters in Tokyo, including staple guns, high-pressure nail drivers, air compressors, pen plotters and cutting plotters, and air conditioners. Subsidiaries all over the world provide for a good market presence and supply the customers through specialized dealers. The first Max Rebar Tier for reinforcement bars was brought to the market in 1993 which was sold throughout the world. Now, the latest highlight is...

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Issue 02/2015 Max Europe

Rebar-Tier: increasing productivity, improving health

Precast products are becoming increasingly popular in residential and commercial buildings, parking facilities, and roads and bridges. Such products go a long way to help reduce labor and shorten...

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Issue 05/2011 Saving of time

Popular tying tool featuring enhanced design

Tying up to five times quicker The worker just needs one hand to operate the tool leaving the other hand free for holding the steel or the pipe. The ergonomic tool weighing just 2.4 kg allows tying up...

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Issue 07/2011 Economical work in reinforcement technology

Efficiency and ergonomic ways of working

Grabner Betonfertigteilsysteme is located in the Bavarian town of Bogen/Furth. This family-managed business specializes in the production of precast elements. In particular, the product range of the...

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Issue 03/2020 Submitted by: Max Europe

Innovation: reinforcement tying machine minimizes health risks

Tying machines save time and money. In addition, they help minimize health risks such as carpal tunnel syndrome and back problems in reinforcement work. For that reason, the Max Twintier RB441T and...

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Issue 02/2018 Steel-fiber-reinforced concrete components

A universal computation and design tool

A comprehensive computation and design tool for rectangular cross-sections made from steel-fiber-reinforced concrete and concrete reinforced with both steel rebar and fibers was developed using...

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