Plotter table

Types of Plotter Tables

A table comes in different types based on the use of machines in various industries. Some of them are:

• Graphic Plotter Table: A graphic plotter tables are machines used for graphic designing, engineering and architecture fields to create large-scale representations of designs, plans, and models. It is made specifically for technical drawings and designs. This type of plotter table uses computer programs and commands to create precise and detailed drawings on the plotter. The drawings can be anything from CAD drawings with dimensions, blueprints, and details to architectural designs and floor plans. What’s more, graphic plotter tables are usually scalable and can be used for both big and small sizes with utmost accuracy.
• Cutting Plotter Table: This plotter table cuts designs on different types of materials. Works with a range of materials, including vinyl, adhesive film, heat transfer material, paper, cardstock, and more. It also features a cutting blade that is controlled by the computer. The blade moves along the material mounted on the plotter table, following the pre-programmed design or image. Once the material is correctly positioned on the table, the blade begins to cut. When it’s done, the excess material is removed, and the resulting graphic or design is either transferred to another surface or used directly.
• Inkjet Plotter Table: The Inkjet plotter table is highly recognized and commonly known for its printing of architectural drawings, engineering diagrams, maps, banners, and other large-format graphics. This plotter table prints by spraying tiny ink droplets onto the material being used. Inkjet plotters may use single or multiple cartridges, which come in a variety of colors and are capable of producing images in black and white, color, or combinations thereof.
• Laser Plotter Table: Laser plotter tables, on the other hand, make use of laser beams to engrave or etch graphics, patterns, or text onto the surface of a material. The laser beam etches or engraves the desired design onto the material after the operator or user inputs the design into the laser plotter's control system and the material is correctly positioned onto the plotter table. The materials that Laser plotter tables work with include wood, acrylic, glass, metal, leather, and more.

Specification and Maintenance

Plotter tables usually have various features depending on their uses. Their sizes can get as big as 1,000mm x 2,500mm or bigger. When it comes to thickness, the tables can handle 1mm to 50mm. They can also be found in various shapes like round, square, and rectangular. Materials like glass, acrylic, and wood, along with aluminum alloys, are perfect for making the tables sturdy and durable. They are compatible with different models of plotter-cutting machines. Many tables can easily change sizes to fit different machines.

An important aspect of maintenance is making sure the tables are always level to prevent uneven wear and tear on the drawing surface. It is also necessary to keep the tables' surfaces, rails, and vacuum ports clean from dust and debris. Companies using the tables should consider training employees on safe and proper handling practices to avoid accidental damage. Those using water-jet tables should regularly check all hoses and connections for any leakage, clogs, or wear to ensure they remain effective.

Lubricate moving parts and rails of the tables regularly to ensure smooth operation. A regular calibration of the tables ensures precision cuts and aligns better with the design intentions. Additionally, companies should consider purchasing extended warranty coverage for their tables to protect against unforeseen crocks and extend their service life. With proper care and regular maintenance, the software bundled with these plotter tables can be updated to take advantage of new features and enhancements; therefore, businesses should always use genuine replacement blades and knives to extend the life of their plotter cutting tables.

Uses of Plotter Tables

A plotter table machine is widely used in industries to cut materials with precision and accuracy. One of the most common uses is in the signage and graphic industry. In this field, plotter tables can be used to cut vinyl with complex shapes, letters, and designs, transferring them onto different substrates to produce high-quality signage, decals, and graphics. These tables can also be used for designing and creating personalized templates or masks.

In the textile and apparel industry, plotter tables serve a purpose similar to that in the signage and graphic industry, as they can be used to cut various materials such as leather, PVC, etc. with intricate patterns and designs. This way, clothing companies and fashion designers can save both time and labor.

The automation and efficiency that plotter cutting tables offer have made them a standard in these and many other industries, such as the packaging industry, woodworking industry, and manufacturing industry.

How to Choose Plotter Tables

• Intended Use:

  Identify the specific application or purpose for which the plotter table will be used. Consider the industry, material types, cutting or drawing requirements, and any specialized functions needed (e.g., multifunctionality or vacuum hold-down).

• Precision and Accuracy:

  Evaluate the plotter table's precision and accuracy, focusing on achieving the desired level of detail in cuts or drawings. Consider the table's specifications and the quality of the cutting or drawing mechanism.

• Workspace and Material Size:

  Determine the necessary workspace dimensions to accommodate the materials used. Ensure the plotter table provides adequate space for handling and processing these materials.

• Cutting or Drawing Mechanism:

  Select a plotter table with an appropriate cutting or drawing mechanism that aligns with specific requirements. Consider factors such as the type of blade, pen or laser, and the versatility of the mechanism.

• Compatibility and Software:

  Ensure compatibility with existing design software and automation systems. Evaluate the plotter table's software for ease of use, integration capabilities, and features that streamline workflow and enhance productivity.

• Budget and Cost:

  Consider the budget constraints and balance the table's performance and features. Compare costs, focusing on long-term value and return on investment, factoring in maintenance and operational expenses.

Q&A

Q1: What are the benefits of buying a used plotter table?

A1: The main advantage of getting a second-hand table is the affordable price. Used tables cost less than new ones. If it is in good condition, it can still serve its purpose. With a used plotter table, businesses can enter the market faster and invest the savings in other equipment or resources.

Q2: What type of software does a plotter table use?

A2: Plotter tables work with CAD software. This kind of software lets users make drawings using different views and scales. Other software includes vector-based graphic programs. They create images that the table turns into a large drawing. Design animation software can make outlines and drawings for animation models. The software will send the drawing directly to the table.

Q3: What is the impact of a plotter table on business?

A3: Businesses that need to create large drawings on materials like paper, vinyl, or film can benefit from this machine. It can improve work by making accurate and big drawings. Using the table can bring down labor costs. Employees do not have to draw by hand. It can also lower material costs because it uses digital files as input. The production quality goes up, and so does the cost of making each unit.