By Team FORG3D
Three things are always true in a workshop or on a jobsite:
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You never have enough horizontal surface area.
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When you do have horizontal surface area, it's not where you need it.
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When either of those happens, you make questionable decisions to avoid going on a surface hunt.
And "questionable decisions" is a spectrum. It starts with balancing parts on the edge of a cart. It escalates to using a Systainer stack as a bench. And it peaks somewhere around "this will be fine" as you set a track saw down on the only flat-ish thing in reach — only to watch it develop a strong physical attraction to the hard surface beneath it.
That last one isn't hypothetical. Our TSC 55K sliding off the top of a Systainer was the moment SYS-SRF went from "we should probably build that" to "we are building that." The Dock for Tracksaw configuration exists because that incident happened. The whole surface line exists because what followed it was a simple realization: a surface isn't just convenience. It's the foundation for everything that comes after — layout, staging, light assembly, and the series of small decisions that determine whether a day in the shop feels like work or feels like a constant re-setup tax.
The constraint that shaped everything
The first design decision wasn't about the surface. It was about the cart.
SYS-SRF had to live on a Systainer stack, and if it was going to live on a Systainer stack, it needed to move with it. Not "technically moves if you're careful" — actually mobile. That meant staying within the SYS-CART rolling envelope: tight spaces, doorways, fully loaded. Everything had to fit without disassembly.
That constraint gave us the footprint for Minor. It eliminated a lot of options and made the rest of the decisions easier to reason about.
Metris came from different pressure. L Series users needed extrusion rail access — the same capability that Minor unlocks on M Series, but on the bigger stack. Getting there meant intentionally breaking the SYS-CART envelope. Metris at 618 mm overhangs an L Series top in a way that creates usable extrusion rail space along the outer edges. It's no longer constrained-stack-portable in the same way Minor is, and that tradeoff was deliberate. More surface, more system capability, at the cost of the tightest-jobsite use case.
The unexpected outcome was the M Series pairing for Metris. That combination is the only configuration in the SYS-SRF line that supports AnchorPod — because the overhang geometry creates the clearance needed to route vacuum tubing below the surface. We looked at making that work on L Series too, but the worksurface starts getting unwieldy at that footprint. The right call was to scope AnchorPod to Metris-on-M, and let anyone who wants it put an M on top of their L stack. One additional Systainer gives you a completely different surface capability.
Why Valcromat
Material selection took longer than the geometry.
The obvious answer is MDF. It's flat, it's cheap, it machines clean, and every bench builder uses it. The problem is that it's also absorbent, dimensionally unstable in variable humidity, and its edge fibers compress and degrade with repeated use. In a real shop — where humidity swings daily and every edge catches a tool at some point — MDF does exactly what you don't want.
Richlite was on the table seriously for a while. The mechanical properties are significantly better, the surface holds up under hard use, and it photographs well. The cost reality ended that conversation. A surface product priced around what Richlite would cost per panel doesn't move at the volumes that make the line viable.
Valcromat is where we landed. Higher density than standard MDF, moisture-resistant through its full thickness, and CNC-machined with the consistency you need when you're holding doghole pattern tolerances across a run. The material is pigmented through — cuts and machined pockets come out the same color as the face, so a through-hole reads as intentional rather than exposing raw material. It won't pretend to be Richlite. But it does the job correctly, at a price that makes the surface something a maker actually buys rather than puts on the "someday" list.
Three geometries, one origin story
Core, Foundation, and Dock for Tracksaw didn't start as a product line decision. They started as a single question: what do you actually need to do on this surface?
Dock for Tracksaw came first, directly from the incident. We needed a defined home for the track saw during operations — a pocketed rest that kept it from going anywhere while the surface was being used for something else. DKTS is the progenitor of the whole line. The rest of the surface family was built around the realization that a surface with a purpose-built saw dock is more useful than a surface that tries to be everything at once.
Core simplified it back. Eight dogholes, extrusion interfaces on the outer edges, and as much uninterrupted working area as the panel allows. Core's job is staging, layout, and workholding without adding topography you didn't ask for. Less geometry, more space.
Foundation went the other direction. A full 20 mm doghole grid at 96 mm pitch — MFT-compatible — for workflows where repeatability and positioning matter more than open surface area. Foundation is for the person who already knows they want the full field.
The geometries don't try to be ranked by quality. They're different starting points for different dominant tasks.
What happened when we put it on a stack
The extrusion interfaces were originally scoped for SYS-FIT compatibility — mount racks and fitouts below the working surface, keep the top clear. That's still exactly what they do.
What we didn't fully anticipate was what happens when you pair those rails with BenchGrip and a Nexus-routed Grabo. On a fixed bench, BenchGrip gives you flexible vacuum workholding that moves around the work surface. On a SYS-SRF panel with extrusion rails, vertical BenchGrip workholding becomes available on a surface that rolls to the job. The SYS-GRP Nexus Baseplate routes the Grabo into the pod. The rails make vertical BenchGrip possible. The whole assembly moves on a cart.
We experimented with this during development and the possibilities opened up in ways that weren't in the original brief. A portable work surface with vacuum workholding — horizontal and vertical — that fits through a doorway and runs on a battery-powered vacuum source. That's not how SYS-SRF was specced at the start. It's what it turned into when we kept asking what else it could do.
From first cut to production
We ran CNC validation against the doghole pattern tolerances before committing to production quantities. Valcromat machines cleanly — consistent pockets, clean edges, no fiber blowout on through-cuts. The through-pigment means the machined geometry looks like it belongs there.
Minor and Metris are in production in Core, Foundation, and Dock for Tracksaw configurations.
The track saw has a home now.
SYS-SRF by FORG3D
Your Workflow. Without Limits.