Highly tool - Import export

Highly Maneuverable Tool Compact and lightweight design for working in confined spaces. Locking throttle lever helps prevent accidental startup.

When processing sheet metal parts by punching, lasering, plasma cutting, flame cutting, etc., a burr is always created. We have met the challenge of deburring or rounding these “sharp” edges of the workpieces in companies by developing our deburring grinding wheels and deburring rollers. By using these highly flexible tools, both on hand machines and on automatic machines, sheet metal parts can be optimally rounded or deburred. We have the right dimensions for your deburring machine! We would be pleased to advise you on which deburring rollers can be used in your processing, in order to achieve top process results.

Lubrication for thermoforming processes, e.g. drop-forging, hot extrusion, hot rolling or hot bending of steel and non-ferrous metals Thin-film lubrication of sliding surfaces of all kinds on production machines, e.g. column guides of forging presses Advantages and benefits Excellently suited for improving workpiece surfaces and increasing tool service life Highly effective due to optimum solid lubricants with good separating effect Broad range of uses for various thermoforming processes Low consumption due to thin-film lubrication Marked separating and lubricating functions in all temperature phases Free of graphite, which can lead to carburising of tool and workpiece For best adhesion, clean contamination and other lubricants from slide surfaces. Best way is to clean mechanically first and then with OKS 2610 or OKS 2611 universal cleaning agent. Use a brush, spatula or similar to apply evenly a suitable quantity of paste onto surface. The paste will also act as a sealant.

The performance of an assembly tool is highly dependent on the conditions of the actual production joint on which it is used, which is where joint kits come in. Joint kits are an essential accessory for accurate off-line testing of powered assembly tools. Tooling engineers are well aware of the "mean shift" term used to describe the different torque delivered by the same tool when applied to a soft or a hard joint as defined by ISO 5393. It is therefore essential in testing and setting up tools off the production line to allow for the joint conditions which the tool will experience on the job. Crane's joint kits satisfy this requirement by using a bolt and suitably configured disc washers allowing free running of the bolt and a subsequent torque gradient to closely match the production joint condition. [...]

The ToolCell makes any bending application easier and more productive using revolutionary bending automation technology that minimizes setups, is fast and highly reliable. An integrated automated tool changing system stores a library of top and bottom tooling. All tools are held within the machine and automatically changed as the job requires – significantly minimizing tool changeover time for better bending productivity. LVD’s patented Easy-Form® Laser in-process angle monitoring and correction technology ensures the first part is a good part. KEY FEATURES TOUCH-B touch screen graphical user interface control is intuitive and simple to use All tools held within the footprint of the machine Large library of tools: 2 complete lengths of self-seating top tooling (punches) and 5 complete lengths of bottom tooling (Vee dies) Flexible tooling configuration Automated tool loading and unloading Equipped with Easy-Form Laser Precise set-up for every job – No fine adjustment of tool stations

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

InfraQuant offers an easy-to-use platform to streamline QC operations and produce analytical results of high and trusted quality. We understand that the supervisor wants a highly configurable tool, whereas an operator is looking for simplicity. That is why InfraQuant has balanced both these aims and offers an advanced configuration module as well as an easy front interface to run the daily routines. The front-end Wizard guides the operator through the analysis sequence with information messages, warnings and reminders. The Wizard ensures consistent results independent of operator skills and experience. Our philosophy is to minimise the use of the mouse and work from a “next-next-next-ok” design perspective. > Software highlights: - Runs on up-to-date windows 10 - Intuitive and easy to use without training - The choice between multiple user languages - Easy link to AnalyticTrust for easy instrument surveillance and QA - Easy link to LIMS

Carbideline consists of CarbideLine-S solid carbide tools, CarbideLine-H hybrid tools and multi-part carbide tooling with CarbideLine-I indexable carbide tools. All CarbideLine tools excel through maximum productivity in their specific fields of application. CarbideLine-H tools are a new addition to the product range. They cover the module range 5 to 12 and are the 1st. choice for rough machining and finishing large lot sizes, where the tools costs using solid carbide milling cutters are too high and the gear cutting quality is too low using indexable inserts. CarbideLine-H tools are also highly suitable for machining high-strength materials up to 1,400 N/mm2 and enable a gear quality up to quality grade AAA. Its preferred area of application is for gears for commercial vehicles, general mechanical engineering and energy technology. In one specific application it was possible to reduce the gearing costs per wheel by 20% with the CarbideLine-H compared with an indexable insert system.

The All-In-One Mixer The basic principle of the MIXACO sack and drum mixer Speedy™ is the mixing of small batches directly in sacks or drums. Specially developed dead-space free mixing sacks with a capacity of 50 or 100 liters are available for powder and granulates. Volumes of up to 200 liters can be mixed in drums. Besides powders and granulates, liquids can also be mixed. The MIXACO Speedy™ is the ideal solution in terms of internal logistics: the product is weighed, mixed, moved and stored in the same sack or drum. All Benefits at a Glance • Only one container required for weighing, mixing, conveying and packaging the product • No refilling or transferring required • Short tool cleaning times • Highly flexible • Many combinations of tools and motors possible for a wide variety of mixing applications • Low energy consumption

Seamless quality control is becoming an ever important factor in competition. Micrographs are indispensable in the release of new crimp terminals and tools. The highly flexible and modular MicroLab 55 micrograph laboratory is a central part of modern quality engineering. The MicroLab 55 micrograph laboratory is designed for the most versatile application ranges and is ideally suited for this purpose. It enables micrographs to be produced for all types of crimps available on the market – both transverse section and longitudinal section. The above applies also to products such as PCBs or housings from outside the automotive sector. Extremely short processing times can be achieved thanks to the optimum arrangement of the individual modules. Reproducible sample preparation is guaranteed to be perfect because the sample does not have to be re-clamped between the individual processing steps.

The microVEGA™ xMR system provides high throughput laser annealing for monolithic magnetic sensor formation. A highly flexible tool configuration, the microVEGA™ xMR can accommodate both Giant Magnetoresistance (GMR) and Tunnel Magnetoresistance (TMR) sensors, as well as easily adjust magnetic orientation, sensor position and sensor dimension—making it an ideal solution for magnetic sensor production. The microVEGA™ xMR uses on-the-fly spot and variable laser energy to provide selective heating of the pinning layer in each sensor in order to “imprint” the intended magnetic orientation. Magnetic field strength and orientation is adjustable by recipe, while high temperature gradients ensure low thermal impact. This allows sensors to be processed directly next to readout electronics as well as closer together, and enables the production of smaller sensors—freeing up space for processing more devices per wafer.

The use of filtration materials and systems in the field of industrial applications and the use of filter in the producing industries claim filter as well as filter systems on the highest degree. New fiber types with different surface modifications in a new combination, united in the innovative polymer fiber filter FIBALON®tool, offering unique and outstanding filtration results. By optimizing our developed dynamic fiber fixation DyFix® and a particle-dependent fiber geometry, we can now also offer our worldwide unique polymer fiber filter for the industrial use. For example in metal band saws to protect the pump or for the treatment of cooling lubricants and also for cutting fluids (e.g. in CNC machines) is FIBALON®tool with its highly durable special fiber combination an inexpensive alternative with improved filtration efficiency compared to conventional systems such as centrifuges or belt filter systems.

The S11 from ISOG has been specifically designed for grinding modern precision tools. It even masters most complex, demanding and highly precise tools with brilliant performance. With the S11, you can grind single tools and small batches amazingly fast, economically and with versatility – and all this with the highest operating ease. More than one thousand enthusiastic customers all over the world use the ISOG S11 for their demanding grinding tasks and benefit from unique advantages: Highlights: — Patented T-shaped design for easy one-side operation. — Motor-driven height and fine adjustments. — Exact and smooth axis positioning. — Infinitely variable grinding spindle speed. — Axially adjusted grinding spindle. — Versatile accessories.

CAD Design Our design & engineering department offers support to our customers in the areas of design, material selection, production, assembly, on-site installation. We also offer our standard product range of stainless steel materials, handling, and processing equipment. Our highly experienced engineering staff provides tool design and tooling support for today’s busy manufacturing engineering. Projects range from simple holding, storage, or masking fixtures to complex pick and place units that need a high level of CAD drawing and engineering specification. These are supplied with full engineering certification and materials trace ability along with a list of spare parts and CE Marking. ** Ask for a quote **