Build to print manufacturing

Robot cell guarding and frames built to print

Robotics Metalworks makes fence panels, guard frames, light curtain mounts and machine tending cell frames to your drawings. We provide production in Pompano Beach, Florida and Irving, Texas. Your cell designer defines the safety needs, layout and plan for checking the parts. We review the build against that approved design.

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Concept illustration of robotics applications and fabricated metal parts, not actual equipment or a compatibility diagram.
Concept illustration. Your drawing governs the part.
01

Start with the cell layout and your scope

A guard panel is part of a larger cell. Its size, position and attachment points need to match the cell design. Send a layout that shows the robot area, nearby equipment, access routes and the panels included in the request. Give each panel or frame an identifier that appears on both the layout and the parts list.

State whether you need fabricated metal only or a kit with specified hardware. List doors, hinges, latches, mesh, solid panels and mounting brackets as separate items when needed. Define who supplies each item. This makes it clear where the fabrication scope ends and where installation and system validation begin.

02

Keep safety decisions with the cell design owner

The person responsible for the cell must define the guarding needs and approve the design. Those decisions include opening positions, access points, clearances and the role of any interlock or sensing device. We do not turn a fence panel drawing into a claim that the whole cell is safe.

Send the safety related specs that affect the metal parts. Point to the drawing note for each feature that needs a check. State how it will be checked. Your cell integrator or engineer should settle any conflict before release. A change to material, an opening or a mount can affect the approved cell design. It needs review before the shop makes the change.

03

Give each panel a complete specification

Show panel height, width, thickness and the finished frame measurements. Name the material grade, mesh or infill spec and how that infill attaches. Mark edges that need deburring or another edge treatment. If a panel has a removable section, show the fasteners and the access needed to remove them.

For welded frames, state the weld needs, allowed distortion and the features measured after welding. Show the reference surfaces used to locate holes and brackets. Include finish and masking notes on the same controlled package. A color name alone does not define coating prep, coverage or the care of threads and fitted joints.

  • Use panel numbers that match the installation layout.
  • Identify left and right door assemblies with separate numbers.
  • Show the approved floor, wall or machine connection details.
  • List any supplied hardware and the required installation documents.
04

Define light curtain and sensor mounts

A light curtain mount request should name the exact device and its mounting drawing. Send the bracket shape, hole pattern, position and any adjustment range set by the cell designer. Show how the mount attaches to the guard or machine frame. Include the space needed for connectors and cable routing.

For a slotted mount, define the slot size and the way to lock its final position. Show the faces that must stay within reach after the part is fitted. The mount drawing does not set the safe position of the device. Your system design must define that position and its settings. The system test plan must cover the needed approval.

05

Resolve access and installation details early

Guarding often arrives as several panels and frames that join on site. Show the assembly sequence and name any part that must pass through a doorway or around existing equipment. If a large frame needs to ship in sections, define the approved joints and the final assembly checks.

Specify how floor conditions will be handled in your design. Include the anchor pattern and the hardware selected by the responsible engineer. Do not ask a fabricator to guess the floor construction or anchor design. Where field measurements affect the build, name who will verify them and when they become part of the released drawing package.

06

Choose a reviewed fabrication and finish route

We cut, form and weld sheet metal to your drawings. The Florida plant has a Mazak laser, CNC press brakes, a robotic welder and stainless TIG capability. Irving has an Amada 3.5 kW CO2 laser, an Accupress brake, MIG welding and airless spray paint. The job review determines which route suits the drawing.

Ask us about powder coat and any need involving AWS D1.1. These are not confirmed blanket capabilities. Send your finish and weld needs so they can be addressed in the quote. Available machine sizes, material ranges and capacity also need review for the exact panel or frame set.

07

Set inspection points before the first build

Choose the features that control fit. These may be the overall size, hole pattern, door opening or bracket position. Define how the parts will be held during each check. If you need a written report, list the drawing features to check. State which report format your team will accept.

A first article can be 1 panel, a door assembly or another agreed part of the set. Record the revision and any changes you accept. Say whether the rest of the panels may be made next. If you need site checks first, make that wait point clear in the approval plan.

08

Quote the kit, packaging and release plan

Send the panel schedule, drawings, bill of materials, part counts and target date through the RFQ form. Include the receiving site and unloading limits. If panels must arrive in installation order, show that order and the labels needed on each package. Protecting finished faces and keeping hardware with the correct panel should be part of the packing plan.

Order minimums, lead times and release dates depend on the quote. Ask us to review the dates you need for each batch. There is no standard turnaround for every job. Name who approves changes and who accepts the parts. Keep site work, cell safety tests and the decision to restart assigned to the right people in your plan.

Buyer questions

Define the detail.
Know the next step.

Do you design a safe robot cell for us?

This offer is for fabrication to an approved drawing. Your cell designer or integrator defines the safety plan and needed guarding features. We review the metal parts and agreed assembly scope. A fabricated guard is not a certification of the full cell.

Can you make mounting brackets for a light curtain?

Yes, we can review brackets made to your drawing. Include the exact device mounting data, attachment details, adjustment needs and finish. Your engineering team must approve the position and any change to the mount or device interface.

Can a guard set ship in sections?

Ask us to review the planned sections and joints. Send transport limits, site access and the approved assembly method. Sectioning can change how a frame is built and checked, so the drawing and check plan must address it.

What is the lead time for a guard panel set?

Lead time depends on the released drawings, part count, materials, finish and approval steps. Send the target date with your RFQ. We will confirm what can be quoted after the package is reviewed; no standard delivery promise is published.

Start with the drawing

Your next part starts here.

Send the revision, quantity and target date. We will review the scope before a quote.

Send an RFQ