Start with your parts and production goals. Material thickness, sheet size, tube geometry, edge requirements and loading methods all affect which Bodor laser configuration fits your application.
Bodor offers sheet-cutting platforms for compact work areas, enclosed production and oversized plate, along with dedicated tube lasers and combination machines for mixed sheet-and-tube work.
Evaluate cutting, setup, material handling, unloading and storage together. Compatible Bodor automation can reduce manual sheet movement and help keep the laser supplied with material.
Explore representative Bodor platforms for sheet, plate, tube and automated production. Contact Hillary Machinery for application review, current configurations and pricing.
An enclosed production platform for manufacturers who need efficient sheet processing, automated setup functions and a path to material-handling automation.
A protective-enclosure sheet laser for everyday fabrication, combining automatic cutting-parameter matching with remnant nesting and a rigid machine structure.
A single-platform sheet laser with a broad selection of processing formats and power configurations for shops evaluating their next cutting investment.
A large-format platform for long workpieces and heavy fabrication, with modular worktables and configurations that can be reviewed around your plate-handling needs.
A compact sheet-cutting platform for manufacturers balancing floor space, material flow and production requirements.
A four-chuck tube laser platform designed to coordinate cutting, loading and unloading while improving material utilization. Review the specific M model against your tube sizes and weights.
A dedicated tube laser for round, rectangular and selected irregular profiles, with intelligent parameter matching for loading, rotation and clamping.
A dedicated tube-cutting platform focused on straightforward operation, fast clamping and efficient material use for a range of metal tube applications.
Combines flat-sheet and tube processing in one machine, with a protective enclosure for manufacturers producing both sheet-metal and tubular components.
A combination platform for shops that want sheet and tube capability in one investment, with automatic parameter matching to simplify setup.
An automation system that combines sheet loading and unloading with storage of raw material and finished work. Machine compatibility and layout should be confirmed with the selected laser.
Integrates sheet loading, unloading and storage to help manufacturers plan a more continuous material flow around compatible Bodor cutting machines.
Compare equipment families around your stock material, part geometry and production flow. Model availability and options should be confirmed for each application.
From compact enclosed machines to ultra-large-format plate processing, select a sheet platform around stock size, thickness, typical batch size and required throughput.
Review tube diameter, section shape, wall thickness, workpiece length, loading weight and finished-part handling when selecting a dedicated tube laser.
Process flat-sheet and tubular components in one machine platform. Compare the flexibility of a combination system with the capacity and scheduling benefits of dedicated machines.
Plan automated sheet loading, unloading and storage around machine compatibility, available space and the amount of material your operation needs to stage.
Match the equipment and automation to the parts you manufacture and the way material moves through your shop.
Laser power is one part of the decision. Review the complete application to balance cutting performance, material handling and operating cost.
A successful equipment investment starts with the machine, the application and a practical plan for production.
Share representative drawings, material specifications, stock sizes and production quantities. Hillary Machinery can help evaluate a Bodor platform around the work you need to produce.
Compare laser power, processing area, tube capacity, enclosure design and optional equipment as part of the complete process.
Evaluate loading, unloading, sheet storage and material flow early so the machine layout can support your production goals.
Review facility requirements, installation, operator training, application support and service arrangements before finalizing the equipment configuration.
Answers to common questions about machine selection, capabilities and quoting.
Depending on the machine, laser power, material grade, thickness and assist-gas process, Bodor fiber lasers can be configured for carbon steel, stainless steel, aluminum and other laser-processable metals. Confirm cutting performance using your actual material and representative parts.
Yes. Bodor offers dedicated sheet lasers, dedicated tube lasers and combination sheet-and-tube systems. The right platform depends on your mix of flat components and tubular parts, production volume and material-handling requirements.
The P and C Series offer enclosed sheet-cutting platforms. The A Series provides single-platform sheet cutting, the i Series addresses compact layouts, and the H Series supports ultra-large-format applications. Compare the specific machine configuration against your work.
Selected Bodor platforms offer optional bevel-cutting configurations. Availability depends on the series and model; the C Series page, for example, identifies bevel cutting as an option for C12. Review the required bevel geometry and weld preparation before selecting equipment.
Bodor offers sheet and tube automation. Sheet options include iTower and iTransTower for loading, unloading and storage. Compatibility, sheet size, material thickness, floor space and the selected laser must be reviewed together.
Send representative part drawings, material grades, minimum and maximum thicknesses, sheet or tube dimensions, production quantities and cycle-time goals. Include any requirements for bevel cutting, automated handling, available floor space and downstream operations.
Send Hillary Machinery your part drawings, material types, thicknesses, stock dimensions and expected production volume. We can help evaluate a Bodor laser platform and the supporting automation for your manufacturing process.
Machine images are representative. Specifications, features, available configurations and automation compatibility vary by model and are subject to change. Confirm the quoted equipment and application requirements with Hillary Machinery.
Hillary Machinery brings buyers and sellers together in the market for metalworking machinery, including fiber laser cutting machines. Browse available listings to compare equipment details and find a machine suited to your production needs, or consider the category when selling a fiber laser cutting machine. Clear listing information helps visitors evaluate available options and make informed decisions.
Fiber laser cutting machines focus a high-energy laser beam to cut sheet metal and plate with precision. Manufacturers use them to produce components for automotive, aerospace, electronics, appliances, signage, and general fabrication. When comparing fiber laser cutting machine equipment, consider factors such as laser power, work area, material compatibility, cutting capacity, control system, and production requirements. These details can help narrow the search for equipment suited to a particular application.
The cost of fiber laser cutting equipment varies with factors such as laser power, machine size, capabilities, configuration, brand, model, and overall condition. Production needs and the materials being processed can also affect which options offer the right fit. Reviewing listing details and comparing machines with similar specifications can help buyers assess the market and plan a suitable budget without relying on a single price range.
Fiber lasers developed from advances in optical-fiber technology and became increasingly practical for industrial manufacturing as laser sources improved. Their adoption in metal fabrication grew during the late twentieth and early twenty-first centuries, as manufacturers sought precise, efficient ways to cut conductive metals. Today, fiber laser cutting machines are used across many industries, with available models offering a range of capacities and features for different production demands.
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