Fräsarbeiten - schnell, flexibel und extrem präzise!

Turning five into three: Until now, there used to be five different individual manufacturing steps necessary for the production of medical crimp claps. As part of the state-funded “MeKuMed” research project, Hofmann has worked with project partners to develop a more efficient production in three steps only. Decisive for this: The mould developed by Hofmann, including a handling system for time-saving and automated production. From pilot mould to automated series mould - In the first stage of tool development, Hofmann created a new forming punch with different polishes and coatings for an existing test injection mould of the Institute for Plastics Development. - Following, a pilot tool with a single mould cavity was then designed, manufactured and further optimized to develop the combined process. - Using the resulting findings on the process and mould design, we then constructed and manufactured the final 4-cavity mould. New production chain With the new production chain, the time and equipment requirements can be significantly reduced thanks to our injection moulding tool. This results in a more efficient production with higher quality and which is less prone to errors. New manufacturing process 1. Microstructuring, pre-damaging and cutting out the blanks using a laser by project partner Fraunhofer ILT: circular pre-damaging allows the aluminium to be precisely removed. The rubber stopper can then be pierced with a needle. 2. Forming the metal blank into a crimped cap, followed by injection moulding the plastic component within the combined mould from Hofmann. Discover more at https://www.hofmann-impulsgeber.de/en/company/research-innovations/research-projekt-mekumed/

Different spray patterns and angles for almost any application Using a variety of attachments for our high-quality INDUTEC spray heads, a range of different spray patterns and spraying angles can be generated for practically any type of application. For special applications, we also develop and produce individual spray heads.

UHMW-PE Powder [By Mitsui Chemicals Inc.] UHMW-PE powder. A versatile and highly durable material, ideal for a wide range of industrial and medical applications due to its strength, low friction, and resistance to wear and chemicals. Mipelon™ Key Features: Ultra-High Molecular Weight: Mipelon™ has a high molecular weight, giving it excellent mechanical strength and durability. Low Friction: The material has a low coefficient of friction, which means it reduces wear and tear in moving parts. High Wear Resistance: Mipelon™ is resistant to abrasion, making it suitable for applications where surfaces experience a lot of friction. Chemical Resistance: It is resistant to a wide range of chemicals, making it suitable for use in harsh environments. Low Water Absorption: The material absorbs very little water, which helps maintain its properties even in wet conditions. Biocompatibility: Mipelon™ is biocompatible, which means it can be used in medical applications or medical devices. Applications: Lubricants and Additives: Used in lubricants to reduce friction in mechanical systems. Coatings and Films: Applied as a coating to reduce wear and tear on various surfaces. Medical Devices: Due to its biocompatibility, it’s used in medical equipment and devices. Industrial Components: Used in parts that require high wear resistance, such as gears and conveyor systems. Variants: Mipelon™ comes in various grades and particle sizes, allowing it to be customized for different applications. Depending on the specific needs, different formulations can be chosen to optimize performance.

Compact. Robust. Designed for mixing. The mixing container is a further development of the small container. It is used to homogenise very small quantities. Areas of application • Plastics industry • Recycling industry • Chemical industry • Pharmaceuticals • Logistics industry • Automotive industry • Food industry Technical data Storage volume: 200 to 450 litres Special sizes available on request Material: • Aluminium: EN AW-5754 (AlMg3) • Stainless steel: 1.4301/1.4404 Standard version: • Removable lid • Sturdy three-leg construction with swivel castors (for mobile use)

The CR.MIX mixing container is the ideal solution for fast and efficient mixing of non-abrasive, free-flowing plastic granules or regrind. Up to two suction pipes (Ø 40, Ø 50, Ø 60.3) allow easy material removal. The transparent cover provides a clear view of the mixing process. The special geometry of the mixing screw ensures the best mixing results in the shortest possible time. CHARACTERISTICS - Container and mixing screw each made of stainless steel - Suction at the lowest point of the cone (2 connections for suction pipes) - Round container with steep cone for optimum material flow - Short mixing time - Conical mixing screw without outer tube for easy cleaning

Homogeneous. Precise. Process-reliable. Mixing silos combine storage and homogenisation in a single system. They ensure that bulk materials are always mixed homogeneously, free-flowing and ready for processing. Variant 1: Mechanical mixing screw The vertically installed mixing screw ensures maximum mixing accuracy with particularly gentle product handling. • Open or closed design • Suitable for sensitive, fine-grained or homogeneous mixing tasks • Available as an internal or external silo • Volume range: 5 m³ – 120 m³ This variant offers controlled, intensive mixing – ideal when optimum homogeneity with short mixing times is crucial. Variant 2: Static mixing tube In mixing silos with a central mixing tube, homogenisation is achieved through intelligent stratification and extraction: • Different batches that are filled in succession are discharged again in mixed order via openings in the mixing tube • Particularly suitable for continuous processes and frequently changing batches • Very low maintenance, as there are no moving mixing elements (static mixer) This technology ensures reliable mixing solely through material flow and gravity – ideal for robust, low-maintenance processes. Variante 3: Static mixing cone Mixing takes place through the simultaneous flow of material from different silo areas • No moving parts, therefore extremely low maintenance • Suitable for large storage quantities and varying bulk materials • Volume range (mixing pipe/mixing cone): 10 m³ – 400 m³ This variant uses targeted flow paths to produce a homogeneous mixture – ideal for large silos and robust bulk materials. Technical data: Max. silo height: 30,000 mm. Diameter: 1,900 to 5,000 mm Storage volume: 20 m³ to 500 m³ Special dimensions on request Material: Aluminium: EN AW-5754 (AlMg3) Stainless steel: 1.4301/1.4404 Bulk density: up to 20 kN/ m³

Our modern machining centers enable us to achieve short delivery times for your individual tool.

To minimize your downtime, the associated loss of capacity and follow-up costs, we are at your side with full commitment to get your injection moulding tool back into working order as quickly as possible. Changes to injection molds require a high level of expertise and flexibility. We measure and digitize the tool or component using 3D coordinate measuring machines and laser scanners. We use Cadmould to carry out precise injection molding simulations in order to make optimal decisions for your tool.

A new concept delivering maximum flexibility, compactness, and performance for food packaging production up to 8 cavities. With just 5.5 meters in length, the system achieves cycle times as fast as 4 seconds, with 100% quality inspection, single-part rejection, and fully automated boxing. It can operate for over 6 hours without any material refills or operator intervention. An IML robot that embodies more than 20 years of Campetella’s expertise in food packaging, setting a new benchmark in the industry.

Automating package unit controls requires standardized engineering solutions so that one wheel meshes with the next. The right processes and engineering tools are needed for success.

An increasing number of companies in the world decide on an application of modular energy centers from ONI. In addition to high efficiency and reliability, our customers appreciate the quick availability of energy media, flexibility and spacesaving design. Also, the modular design offers the advantage of a customization to the specific requirements regarding performance and the range of supply. For the miscellaneous applications modules are available for the supply of cooling and cold water, heating energy from waste heat, compressed air, agents for water treatment or treated water for the network backfeed. The design of our energy centers features a clear arrangement, functionality and ready access of/ to all components. These are factors of much importance with respect to maintenance or for an extension of the plant. Energy saving state-of-the-art technology at an attractive price is an essential feature of the systems we design and construct. Thus, we create the basis for keeping the costs for power, gas, fuel oil or water and thus for your production within limits and for strengthening your competitiveness.

Bringing an added measure of efficiency to temperature control applications, RMI plates make it possible to connect all mold temperature control circuits at once in complete safety. They are also designed to prevent circuit connection errors and remove all risk of misconnection between similar plates. In order to adapt the solution to each application, there are many possible configurations, including the number of couplings fitted onto the plate with different choices of diameters.