Murrplastik introduces KDP/Z 24 Cable Entry Plate

The KDP/Z 24 cable entry plate is an entry and fastening system for cables and pneumatic hoses used in control cabinets, plant or machine construction. Wherever quick assembly, cable-protection and high packing density are required, this cable entry plate can be used.

•Enormous time saving during assembly
•High packing density
•Large range of wire diameters
•Good strain relief
•Very flat design
•High tightness IP 65
•Excellent price-performance ratio

Murrplastik introduces Flexible Holder System For Collaborative Robots

The FHS-SH (Flexible holder system with system holder SH) consists of the FHS-SH base body, an SH holder mounted on top and a buckle strap which is available in four lengths. It is available as a separate article with just one length of buckle strap or as a set including all four lengths of the buckle strap + FHS-SH and SH holder .
The FHS-SH is suitable for handling small dress packs at slow to medium movement speeds where high system security is required. The length selection of the buckle strap can be adapted to the diameter of the robot arm as these may vary.
Due to the additional system holder SH, the buckle strap in this case is only used to fix the FHS-SH to the robot arm. As a result it can adjust a larger range of diameters than the FHS-C type.

Murrplastik Laser Marking Systems Are Ideal for High-Volume Projects

Manufacturers in many industries recognize the importance of identification and traceability for their components. Thanks to abrasion-proof laser technology, adding labels to plastic and metal plates in medium- to high-volume projects doesn’t have to be complex and expensive.

Laser marking systems such as Murrplastik’s mp-LM Series make inscriptions for the company’s polycarbonate and polypropylene ID plates as well as anodized aluminum and stainless steel media. Using mirrors, the devices direct a laser beam onto material. The laser’s heat causes carbon emission which darkens the material to create a visual contrast and a long-lasting mark.

Why use laser marking for your inscription needs?

• Contactless Marking. Since laser marking systems use direct energy from a laser to create the mark, they are non-abrasive. Ink cannot rub off or fade with time, and the resulting surface remains smooth.
• Economical. Laser marking doesn’t require consumables, so users save on ink and chemical system maintenance and supplies. Combined with low initial costs, laser marking systems offer excellent value.
• Flexibility and adaptability. Laser labelling systems accommodate a wide range of applications including cables, leads, terminals, control panels and signalling equipment, switchgear and media devices. They are able to label a variety of base materials, and systems can be controlled via software when connected to a PC with a USB port or Ethernet.

Murrplastik Energy Guidance Systems Deliver Power and Uptime

Designers of industrial robots are always on the lookout for simpler, long-lasting ways to guide energy packets from axis three to axis six. Minimal downtime is a particularly important requirement for welding and material handling operations, so robotic dress pack systems that are easy to install and maintain can help plant managers enhance their uptime and return on investment.

Murrplastik’s R-TecLiner robotic dress pack builds on the company’s patented slider technology to easily guide energy packets while providing easy access, easy installation and long service life. It features an integrated spring return system that transports the energy packet safely and effectively in a low-wear manner within the smallest possible space. The system fits 56/70-size EWX conduits and carries a stroke length of 350 mm to 550 mm with custom lengths from 300 mm to 500 mm. And Murrplastik designed the R-TecLiner to make robot energy deployment easy.