Printing for printing

Task: You need to draw 3 vector pizzas (for printing). Style: Line art (like in the photo). Crust: Not perfectly round, but "alive," voluminous (like Neapolitan pizza or American). Sizes and slices: 25 cm - 6 slices. 30 cm - 8 slices. 35 cm - 10 slices. • Toppings: Place schematic ingredients on the slices (pepperoni, mushrooms, greens, shrimp, jalapeños, etc.). The ratio of ingredients should be proportional to the size of the pizza. Requirements: Vector format (AI/EPS/SVG) in curves. Uniform style for all three sizes. Please send examples of illustrations Indicate the estimated cost and deadline for completion. Additionally: I have added style examples to the task. These pizzas will reflect the actual sizes of the pizzas so that visitors can visually understand the difference and choose their desired one.

Need to design 3 types of cards, two backs, and draw 15 mini flat icons. Consult and suggest ideas. We will discuss the cover, box, and rulebook later.

Need a designer for packaging (cardboard sleeve) Company: R2 Tech Systems Project type: Design + preparation for printing of the cardboard sleeve (packaging) for auto parts Brief about the task: It is necessary to develop a design for a cardboard sleeve for packaging a belt for large machinery (for example, a belt for a water pump, engine). The packaging consists of three parts: Front side — product name, catalog number, key parameters, logo Side parts — duplication of name/number, additional parameters Back side — short replacement instruction, schematic image from the catalog (as background), link to the catalog, company contacts What is required from the designer Develop 2-3 options for the front side concept Agree on the style with the client Bring the chosen option to the final layout (all sides) Prepare a vector file, ready for transfer to the printing house (considering die-cutting and trims) What we will provide to the designer Company name with logo Text of the replacement instruction Reference image of the belt and installation diagram from the catalog Catalog number and technical parameters Sleeve dimensions (to be confirmed with the printing house) Collaboration format Payment: by agreement / in stages Deadline: to be discussed Portfolio: please add examples of packaging or printing you have done If interested — write to us, we will discuss the details and deadline.

It is necessary to convert existing materials (photos/renders/sketches) into vector format for submitting an application for an industrial design to WIPO. The images must clearly and fully convey the appearance of the product without visual noise.Required angles (approximate list): Front view Rear view Left-side view Right-side view Top view Bottom view Perspective viewWIPO technical requirements for industrial designs: File format: Originals in vector format (AI, EPS, or SVG). Copies for review in PDF and PNG format (high resolution, at least 300 dpi). Graphic style: Clear black lines on a clean white background. No shadows, reflections, gradients, or blurring. Background and surroundings: There should be no extraneous objects, hands, shadows, or background elements in the images. Only the product itself. Dashed/Dotted lines: Elements that are not part of the claimed design (e.g., fasteners or internal nodes visible through a transparent case) must be represented with dashed or dotted lines. Margins and sizes: A4 sheet format. Each angle should be on a separate artboard. Minimum margins: top — 2 cm, left — 2.5 cm, right — 2 cm, bottom — 2 cm. Text: There should be no inscriptions, dimensions, arrows, or watermarks on the images themselves.What we provide (input materials): Links to photographs or renders of the productAcceptance criteria for the work: Absence of technical errors (line crossings, "garbage" in the vector) and full compliance with WIPO ST.88 standards (the images must be identical in proportions of the product from different angles).

Congratulations! I am looking for an experienced CAD engineer / CNC modeler with artistic taste to translate an author's graphic sketch into vector drawings for production.The material for the future product will be colored ceramic tiles and natural stone. The elements will be cut on a waterjet cutting machine and decorated on a CNC milling/laser engraving machine.Main project parameters: Base for work: Work is strictly based on the attached author's sketch (panorama of Gdańsk, slightly elevated view). The overall composition, density of development, and rhythm of roofs must be preserved. Dimensions of the finished panel: The final size of the entire picture is 29.5×42 cm (A3 format). Stylistics: It is important to maintain the effect of hand-made. Avoid perfect computer geometry and serious perspective. Lines should be lively, with a slight artistic curvature (imitation of ancient mosaics). Scaling and optimization: Since the overall size of the panel is small, the designer has the right and must simplify small architectural details, change their size, and avoid critically thin areas (the minimum thickness of any physically cut detail, such as a pipe, should be at least 3–4 mm to prevent material from breaking).Technological requirements for construction (Puzzle and Layers):The panel will be assembled from materials of different thicknesses to create a physical 3D volume. Elements need to be divided by layers and labeled in the drawings with the following thicknesses: Background (rear row of houses): Thickness 5 mm. They connect with the middle plan with a minimal optical gap. Bare winter trees at the very top do not need to be cut out – they are designed solely as lines for laser engraving on the background plate of the sky. Middle plan (central row of houses): Thickness 6.5 mm. Foreground (front row of houses): Thickness 8 mm. Drain pipes: Designed as separate parts with a thickness of 10 mm (they should protrude above the entire panel). Insert windows (for the lower and middle rows): Each window is designed as a separate physical part, inserted into the grooves of the walls with minimal gap (optical seamless joint). For the rear row (5 mm), the micro-sized window is made exclusively with a through cut or deep engraving.What should be delivered (two types of programs/layers in DXF/DWG): Program No. 1 (Waterjet contour cutting): All outer contours of the parts (houses, pipes, white windows) taking into account the technological gap (play) between adjacent houses of 1.5 mm (to create an artistic mosaic joint). Program No. 2 (Milling/Surface Engraving): Layer "Deep": Cornices, window sills, door portals, balustrades. Layer "Medium": Large contours of windows, relief of tiles on roofs. Layer "Thin": Mullions of window frames, bricks on chimneys, artistic cracks on walls for an antique effect.For details and clarification of the facades' plasticity (entrance groups, pediments), real photographs of Gdańsk from the internet can be used (views of streets Długa, Mariacka, Piwna from above).Safety and copyright: Before transferring the technical specifications to the contractor, confidentiality conditions (NDA) are agreed upon. All rights to the developed files fully transfer to the Client. Publication in a portfolio or use of files for external purposes is prohibited.Please indicate the cost and timeline for developing the starter set (test 1-2 houses), as well as the estimated cost of the entire A3 panel. Attach examples of your work for CNC/laser The estimated budget for developing such a drawing is $500 USD. Additionally, I would be happy to consider an offer for manufacturing such a product on waterjet and engraving CNC equipment and place a larger order.