This two button computer mouse with scroll wheel is an example of surface modelling. The mouse shell consists of four elements drawn as surfaces and solidified.
This is a model of a small hair dryer with a folding handle. The handle folds 77 degrees to reduce the overall size of the dryer. The model is a mix of surface and solid modelling. The side cover is removed to expose the components inside.
The simple injection mold of a small plastic pot. Main elements of this mold designed in this project are: core plate, cavity plate, cooling system of cavity and core, ejecting system and hot sprue assembly.
The machine consists of three sections: feeding, cooling and laying. Work on the project included the preparation of a 3D model and the preparation of 2D documentation (executive and assembly drawings) for the production of the machine.
Solid model of aluminium lightweight wiregate carabiner and its simulation of stress and strain as well as displacement under the load force. The simulation is undertaken for closed and open position of the lock.
Type E plug with two 4.8 mm round pins spaced 19 mm apart and a hole for the socket's male earthing pin. The solid model of a plug is presented on an assembly drawing.
This is a model of a popular single table socket with a hinged safety cover with a spring. The solid model socket is presented on an assembly drawing and on an exploded assembly drawing.
These are concept models of components absorbing energy during an impact. These kind of elements are placed in crush zones. The energy of impact is absorbed by controlled folding of material. Results of crush simulation is presented on the pictures.
A vacuum gripper with adjustable arms for lifting plates of various sizes. It is possible to remove the withdrawable arms and individual suction cups. The gripper is equipped with an intuitive control panel.
This is a concept kinematic model of a front-end loader. The assembly consists of a bucket, lifting arm, linkage and hydraulic cylinders. The study consists of kinematic analysis as well as the results of stress and strain simulation.
The lump breaker design is a component of an unloading station. The crusher is equipped with two rotating counter-shafts designed to eliminate lumps. It is mounted on the bottom of the unloading station.
The small square-framed computer case fan in common size - outside width is 70 millimetres. The solid model is presented on an assembly drawing as well as on exploded assembly drawing.
The gravity roller conveyor project is made in two versions - with side rails equipped with rollers, or with side rails as guards. In both cases, the working width is adjustable.
A design of a transport trolley with folding shelves. The shelves are foldable for easier loading and unloading of transported material. The trolley makes it possible to transport products without the risk of their deformation.
This is a solid model of a valve with a handle and choke attached. The cross section of the valve in a closed and open position as well as an assembly drawing showed on the pictures.
A concept of a big-bag unloading station. The station is equipped with a knife for cutting the bottom of a big-bag, a lump breaker, and a screw conveyor. The slanting front panel protects against spilling of contents and makes loading easier.
The assembly of a worm gear screw jack with a rotating screw and a mechanical drive. Used in an arrangement of two units. The total load handling capacity is 100 kN and the lifting height is 0.2 m. This project also contains drawings of the foundations.
Solid model of a Fiat Cinquecento 700 fuel pump. The pump is presented on an assembly drawing as well as in exploded view. The base of the pump is also presented on a part drawing. So are some of other components.
The simple yet interesting shape of the piggy bank, drawn as a surface model and solidified. This piggy bank consists of two mirrored pieces joined together. With an accessible lidded hole at the bottom with a lock.