EN 
DE 
RU 
PT 
JA 
ES 
IT 
|
As a system integrator, your profit margin on a turnkey robotic cell isn’t determined by the price of the robot—it’s determined by installation efficiency. Every hour your engineers spend drilling holes for interlocks or cutting mesh on-site is profit bleeding out of the project. We provide modular, pre-engineered perimeter guarding that integrates seamlessly with your PLC logic and layout requirements, stopping the “change order” chaos before it starts. |
The Real Cost of “Cheap” Guarding in Automotive Automation
In the high-stakes world of automotive manufacturing and Tier 1 supply chains, “cost-effective” is often misunderstood. Buying bulk raw materials to fabricate fences on-site might look cheaper on a BOM (Bill of Materials), but it is a logistical nightmare for project managers. In a “Design for Automation” workflow, the physical barrier is not just a wall; it is a critical component of the machine safety circuit.
When you are deploying a high-speed mechanical assembly line or a robotic welding station, you cannot afford to have your mechanical engineers wasting days designing custom brackets for safety switches. True cost-effectiveness comes from a Machine Safety Fencing system that arrives ready to install, with compliance built-in.
Standard Framed Panel construction ensuring rigidity near high-vibration machinery.
Structure Meets Function: Q235 Carbon Steel Framework
Unlike generic wire mesh that deforms under the slightest impact from a forklift or AGV, Mdfence systems are built for the harsh reality of the plant floor. We utilize Q235 Carbon Steel for our posts (60x60mm / 2.36×2.36 inches) and framed panels. This rigidity is non-negotiable when you are calculating safety distances (ISO 13857) for high-inertia industrial robots.
A flimsy fence requires a greater safety distance because of potential deflection. Our rigid, TUV-certified framing allows you to place the guard closer to the hazard zone without violating safety standards, saving valuable floor space in tight layout configurations.
Solving the “Integration Headache”: Interlocks and Controls
The biggest friction point in commissioning a new cell is often the integration of safety logic. You have your Omron, Keyence, or Pizzato safety switches, and they need to be mounted precisely to ensure the dual-channel safety circuit closes correctly. If the door sags or the mounting is improvised, the machine faults out.
We treat our Robot Safety Fencing as an active part of your control system. We offer pre-engineered Safety Interlock Carriers (installation kits) that match your specified switch gear. This means your electrical team isn’t drilling into steel posts on the plant floor, creating metal shavings near sensitive servo drives. They simply bolt on the carrier, mount the switch, and wire it to the PLC.
Modular locking and switch mounting options designed for seamless integration.
Access Management for Material Handling
In modern automotive plants, the flow of materials is as important as the assembly process itself. A standard hinged door is fine for personnel, but what about when a forklift needs to load a heavy pallet into a CNC tending station? Or when an overhead crane needs to access a die casting machine?
Space constraints often make swinging doors impossible. For these scenarios, we deploy heavy-duty Sliding Door systems. With opening widths up to 4300mm (approx. 14 feet), these doors glide on top-mounted rails with bearings, ensuring smooth operation even after thousands of cycles. This allows AGVs and forklifts to enter the cell without obstruction, while the fence system maintains the integrity of the perimeter when the machine is running.
Double Sliding Door system facilitating wide access for material handling equipment.
Installation Speed: The “Build to Print” Advantage
Time-to-market is critical. Our system is designed for rapid assembly. The connection between the post and the Framed Panel utilizes a specialized metal fixing ring and flange bolts. There is no welding required. A two-person crew can install meters of fencing in minutes using standard impact drivers and laser levels.
Furthermore, the posts come with adjustable base plates and expansion bolts (M10 x 70mm) to handle the inevitable unevenness of factory concrete floors. This ensures your “turnkey” solution actually turns the key on time, without unexpected civil engineering delays.
Tool-free rapid assembly logic: From post anchoring to panel fixation.
Frequently Asked Questions (FAQ)
Q1: Can Mdfence integrate with specific safety switches like Omron D4NL or Euchner?
Yes. We provide pre-drilled and tapped mounting plates (Lock Carriers) specifically designed for major safety switch brands. This eliminates the need for on-site fabrication and ensures the switch alignment meets ISO 14119 standards for interlocking devices.
Q2: How do you handle custom layouts with non-standard angles?
While we have standard module sizes, our system is highly adaptable. We can provide custom-width panels or adjustable angle brackets to accommodate 45-degree turns or irregular floor plans common in retrofitted automotive plants.
Q3: What is the impact resistance of the fencing?
Our standard system is TUV certified and designed to withstand high-energy impacts typical of industrial environments. The combination of 60x60mm posts and framed welded mesh ensures the containment of ejected parts or protection against accidental forklift bumps.
Q4: Do you offer different visibility options for welding cells?
Yes. For robotic welding cells, we can replace the standard wire mesh with solid steel sheet metal or dark polycarbonate panels to block UV flash and welding sparks, protecting personnel outside the cell from arc eye and debris.
Q5: Is the system compatible with wire trays and cable management?
Absolutely. The robust 60mm posts are sturdy enough to support mounting brackets for cable trays, pneumatic lines, or stack lights, keeping your cell’s utilities organized and off the floor.
