As production demand grows, manual filling processes can become a significant limitation for manufacturers. What once worked efficiently for small production batches may eventually lead to capacity constraints, inconsistent filling volumes, increased labour requirements and higher operating costs. For manufacturers of liquid products, such as cleaning detergents, beverages and other bottled liquids, transitioning to semi-automatic or fully automatic filling equipment can help

A production line’s output is limited by its bottleneck. Learn how observing machine states and material flow helps identify recurring constraints and turn findings into a focused equipment improvement brief.

Within the framework of the Recovery and Resilience Facility Programme “Latvia’s Recovery and Resilience Mechanism Plan – Reform and Investment Direction 1.2 ‘Improving Energy Efficiency’, Investment 1.2.1.2.i ‘Increasing Energy Efficiency in Business’”, SIA MASOC KC is implementing the project No. 1.2.1.2.i.2/1/24/A/CFLA/008 – “MASOC KC Support for the Development of Green Products”. Within this project, SIA Design Tree, in cooperation with SIA Purenn Group, is implementing

Within the Recovery Fund Operational Programme “Latvian Recovery and Resilience Facility Plan – Reform and Investment Area 1.2. Energy Efficiency Improvement, Investment 1.2.1.2.i. – Increasing Energy Efficiency in Entrepreneurship”, SIA MASOC KC is implementing project No. 1.2.1.2.i.2/1/24/A/CFLA/008 “MASOC KC Support for the Development of Green Products”. Within this programme, SIA Design Tree, in cooperation with SIA Purenn Group, is implementing research project No. Z.1.

In the manufacturing, it’s easy to assume that the future is all about robots. While robotics are a powerful tool, they’re not always the most efficient, cost-effective, or necessary solution. Many production lines actually achieve better results with smart automation — using conveyors, fixtures, and semi-automated processes — rather than going fully robotic. At Design Tree, we’ve worked with all three approaches: conveyors, semi-automated stations, and full robotic systems.

Within the framework of the Recovery and Resilience Facility Operational Programme “Latvia’s Recovery and Resilience Plan, Reform and Investment Direction 1.2 ‘Improving Energy Efficiency’, Investment 1.2.1.2.i ‘Improving Energy Efficiency in Business (including the transition to renewable energy technologies in heat supply and R&D activities (including bioeconomy))’, Sub-Measure 1.2.1.2.i.2 ‘Development of Innovative Products and Technologies’, SIA MASOC KC is implementing P

At DesignTree, we pride ourselves on our ability to deliver functional, robust, and cost-effective designs for our clients. One of the key approaches enabling us to do this is Design for Manufacturability (DFM). But what does this mean, and why is it important in mechanical engineering and design? What is Design for Manufacturability? Design for Manufacturability, also known as DFM, is an engineering practice that involves designing products in a way that they are easy and c

An effective means of increasing production efficiency and quality is the simple reorganization of processes to make them follow each other sequentially and eliminate unnecessary actions. Manufacturers use Lean visual control methods as a simple and effective process optimization method. One significant component of this method is the Lean workstations. 1. What are Lean workstations and worktables? The basis of Lean worktable equipment is the use of economic manufacturing pr

What is Lean? As D.Hobs notes in his book Applied Lean Business Transformation Management, the Lean method is a set of techniques that allows work to be done with a minimum of non-value-adding activities, resulting in significant reductions in waiting time, transportation time, and other delays. The Lean system strives to identify and reduce or eliminate all processes that do not create value. A Lean company is able to produce a product or provide a service at costs that cons

In the process of device design, a product prototype helps to identify and formulate the main direction of the design and significantly saves time. By designing a prototype at a very early stage of the project, it is possible to notice and change things like the layout, appearance and ease of use. Why is a prototype necessary? A prototype is an important stage in the process of designing a device, which helps in the initial design and layout development. It is developed to s

Traditional prototyping involves the design, development, and creation of a model by a designer or engineer. In contrast, rapid prototyping involves 3D printing, which speeds up and simplifies the process of creating a physical model. Rapid prototyping reduces the need for various materials and tools and prototyping planning. Prototyping is a phase of design validation and improvement, as it demonstrates and clearly visualizes the design. People want to be able to touch, fee

Last week we celebrated the launch of WinGo Deposit new e-cigarette deposit machine. This week we bring you an opportunity to see what went into making this project possible. This video shows only a small sneak peak of our 10-month long work or let’s say journey with this project. Design Tree has been a technical and #mechanical_engineering partner of WinGo Deposit for several years. To create such an innovative product which involves #robotics, #artificial_intelligence and a