Feasibility check - Import export

Lifting table for electric motor Fixing with its reinforced end for vertical using Drived by ballscrew or leadscrew Guided by 2 rods on ball bushings (or plain bearings in leadscrew version) Motor adaptation for lifting table These lifting tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Presentation of the lifting tables to be motorized The trapezoidal screw version is irreversible and the axial precision is <0.15 mm (in practice 0,02 to 0,10 mm). The ballscrew version is reversible and the axial accuracy is <0.07 mm. The maxi stroke is 300 mm, and any intermediate stroke can be produced. Assembly of tables in XZ, YZ or XYZ systems For a crossed table XZ

Positioning table for electric motor Guided by 2 rods on ball bushings Motor adaptation on linear table These ballscrew tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Tables with ballscrew for motor The ballscrew is reversible and the axial precision of these tables is <0.07 mm. The maxi stroke is 400 mm, and any intermediate stroke can be produced. For a XY cross table, the tables are mounted on each other directly by the body with option 308922* (smooth holes are made in the body of a table). For less precise positioning applications, these tables are available with trapezoidal screw.

Positioning table for electric motor Guided by 2 rods on ball bushings (bronze bearings on request) Motor adaptation for linear table These leadscrew tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Trapezoidal screw tables for motor The trapezoidal screw is irreversible and the axial precision of these tables is <0.15 mm (in practice 0.02 to 0.10 mm). The maxi stroke is 750 mm, and any intermediate stroke can be produced. For a XY cross table, the tables are mounted on each other directly by the body with option 308922* (smooth holes are made in the body of a table). For more precise positioning applications, these tables are available with ballscrew.

With TechViz Body Tracking option, you will be able to put a physiological human into your virtual prototyping design process. The virtual Human follows physiological rules defined by users. Size and morphology can be tuned. Early in conception process, you can study how the human will behave into the environment. The human can be manipulated “puppet” style or can be controlled by real user thanks to a Motion Tracking device. You can simulate various tasks to check their feasibility.

De Smet Engineers &amp; Contractors (DSEC) is a general contracting company capable of undertaking projects from their early definition stage up to full turnkey with post commissioning assistance, under a Single point responsibility. Main fields of contracting activities are projects involving in-house know-how such as Sugar plant and Edible Oil processing facilities as well as agro-industrial activities like Bioethanol and Biochemicals production involving similar unit operations and construction philosophy. DSEC's is also specialized in developing all utilities and auxiliary facilities related to the above plants. Contracting operations generally cover the whole range of Engineering, Procurement and Construction tasks (EPC), some of them, however, possibly being undertaken directly by our customer or managed in partnership (partial EPC, EPCM or EPCM+®). Close co-operation with the customer at all stages of the project definition and preliminary design is required before De Smet Engineers &amp; Contractors can effectively start working on a project. Such dialogue with the end-user or investors is essential in order to freeze the project concept and eliminate grey areas, thus avoiding overruns, extra expenditure and unforeseen delays. Especially in critical areas such as local construction works, DSEC’s experts will exercise full control on preliminary investigation and studies to ensure that the Full Responsibility Concept is guaranteed. Accurate budgets are often commissioned by DSEC’s customer with a view of checking project feasibility study hypothesis.