Engineering - industrial consultants - Import export

Screens play a crucial role in material handling and sorting processes by separating particles based on size, shape, and composition. They are commonly used in industries such as mining, construction, recycling, and agriculture to classify and sort bulk materials efficiently. Screens consist of a surface with apertures or perforations of varying sizes, through which material passes. As the material moves across the screen surface, particles smaller than the aperture size fall through, while larger particles are retained. Screens can be vibratory or stationary, depending on the application and required throughput. We specialize in screen design services, offering customized solutions to optimize screening efficiency, throughput, and product quality. Our expertise encompasses the design, selection of screen media, and configuration of screening equipment to meet the specific needs of our clients and enhance the performance of their material handling and sorting operations.

Hoppers and transfer chutes are essential components of material handling systems, facilitating the smooth movement and transition of bulk materials within industrial processes. We specialize in hopper and chute design services, offering tailored solutions to optimize material flow, minimize downtime, and improve overall system performance. Our expertise encompasses the design, analysis, and optimization of hoppers and transfer chutes to meet the specific requirements of our clients and enhance the efficiency of their material handling operations.

Conveyors are mechanical devices used to transport materials from one place to another within a facility or between different locations. They are integral to numerous industries, including manufacturing, logistics, and transportation. Types of conveyors include: belt conveyors, roller conveyors, screw conveyors, chain conveyors, gravity conveyors, bucket conveyors. We specialize in conveyor design services, tailoring solutions to meet the unique needs of our clients. Our expertise covers the design, optimization, and implementation of conveyor systems to enhance efficiency, productivity, and safety in diverse industrial settings.

Plant layout design is the strategic arrangement of equipment, machinery, workspaces, and facilities within an industrial plant or manufacturing facility. It involves optimizing the physical layout to maximize efficiency, productivity, safety, and workflow throughout the entire production process. Key considerations in plant layout design include: workflow optimization, space utilization, safety and ergonomics, flexibility and adaptibility, compliance and regulations. We specialize in plant layout design services, offering expertise in developing customized layouts that meet the unique needs and objectives of our clients. Our services encompass the entire design process, from initial conceptualization and space planning to detailed layout drawings and implementation support. By leveraging our experience and knowledge, we help clients optimize their plant layouts to enhance efficiency, productivity, and competitiveness.

Bulk handling equipment encompasses a diverse range of machinery and systems designed to efficiently transport, store, and handle large quantities of bulk materials such as ores, minerals, grains, chemicals, and aggregates. These equipment play a vital role in industries such as mining, agriculture, construction, and manufacturing, facilitating the movement of materials along various stages of the supply chain. We specialize in the design, engineering, and integration of bulk handling equipment, offering customized solutions to optimize material handling efficiency, minimize downtime, and enhance overall operational performance for our clients across various industries.

We proudly offer specialized 3D CAD engineering services across diverse domains to meet the unique needs of our clients. In the realm of bulk material handling, we excel in creating precise and customized 3D models for conveyors, stackers, and reclaimers, optimizing material flow and system integration. Our expertise extends to recycling, where we design and model equipment such as conveyors, shredders, crushers, balers, and waste-to-energy plants, ensuring efficient and sustainable processes. Additionally, our capabilities extend to custom 3D works, allowing us to transform creative concepts into reality through digital modeling. Whether it involves unique product designs, artistic installations, or specialized components. Our commitment lies in delivering precise and efficient designs that cater to the specific requirements of each sector, ensuring that our clients receive tailored solutions that meet industry standards and regulatory compliance.

Feeders are devices used to regulate and control the flow of bulk materials from a storage container or hopper to downstream processes or equipment. They play a vital role in ensuring a steady and controlled supply of material, enhancing the efficiency and productivity of material handling systems. Vibrating feeders are a type of feeder that utilizes vibrations to move materials along a trough or tube. Vibrating feeders are commonly used in industries such as mining, aggregate processing, and pharmaceuticals due to their ability to handle a wide range of materials and feed rates while minimizing spillage and dust emissions. We specialize in feeder design services, offering tailored solutions to optimize material flow, feed rate, and system performance. Our expertise encompasses the design, selection of feeder type, and integration of feeding equipment into material handling systems to meet the specific requirements of our clients and enhance their operational efficiency.

3D laser scanning is an advanced technology employed for capturing highly accurate three-dimensional information of physical objects and environments. As part of our service offerings, we provide comprehensive 3D laser scanning services, which include: 3D laser scanning services, 3D point cloud generation, creation of as-built documentation, clash & interference checking, 2D & 3D modeling, reverse engineering, 3D virtual tours.

As part of the product development process, we always keep in mind the manufacturer's point of view. Meaning that we design from the start to minimize the problems of production and keep the budget tight. With an in-depth knowledge of manufacturing processes, we optimise the design for lowest production cost and lowest manufacturing risk. Regardless if you're planning to make just a few pieces, a few hundred, or thousands. Some of the processes we're proficient with are: - injection moulding of hard plastics, silicone and rubber - sheet metal forming - assembly - 3D printing (FDM, SLS, SLA, FGF) - packagings - CNC milling - spinning, turning - woodworking - and more Design for manufacture also includes working out and testing every detail of the product, including snap fits, colours and finishes, tolerances and clearances.

3d print of your products or prototypes

3D scanning aids engineering, reverse engineering, and quality inspection, streamlining development in sectors like motorsport, aerospace and manufacturing. Accurately capturing complex shapes and forms with high accuracy and speed, surpassing traditional measurement methods in many ways.

From a single bespoke pressure vessel to a complex turn-key factory expansion, a detailed design is essential in ensuring a smooth project delivery, on time and within budget. Clients come to us for our ability to provide simple answers to difficult questions - incorporating complex process pipework into a confined limited space, detailing requirements of operating conditions and calculations of loads, it’s all in a day’s work for our engineering design team. Whether a project involves structural steelwork or a complex chemical dosing system, we’re here to help and advise.

Lean manufacturing comes from the automotive industry. Lean Solutions we offer a wide range of advice in the field of process optimization in production, logistics and administration and help our clients build an organization for lean manufacturing. With the help of Lean methods and elimination of losses in processes, we present and show our clients in practice what it means. Consulting with an emphasis on 80% of consulting time in production and 20% of consulting time for customer training needs. Joint preparation of time plans and reporting is a constant practice in our work. Consulting is the optimal combination for achieving the customer’s goals and introducing a lean culture. Lean manufacturing originates from automotive industry, but lean manufacturing methods are suitable for virtually all activities. When we talk about “coils” of production and logistics, we are talking about production and logistics that operate without unnecessary losses and have optimally organized all busi