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Furniture Production Machinery

37 machines

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Beam SawsBoring and Mortising MachinesCNC RoutersEdge Banding MachinesSliding Table Panel Saws
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Furniture Production Machinery — in brief

Furniture production machinery covers the machines that turn full sheets of chipboard, MDF, plywood and faced board into finished cabinet parts: sizing, edge finishing, drilling and shaped machining. This category holds 77 machines from HOLZMANN (Austria), MIZRAK and NETMAK (Turkey), grouped as sliding table panel saws (29), edge banding machines (28), CNC routers (10), boring machines (7) and beam saws (3). The range starts at a one-operator joinery bench and reaches a factory line. Every machine here is supplied by quotation, configured to your voltage, panel sizes and tooling before pricing.

How to choose furniture production machinery

Choose furniture production machinery in the order a panel actually travels through the shop: size it, edge it, drill it, then shape it. A cabinet workshop that buys the panel saw first and the edge bander second rarely regrets that order, because the saw sets the squareness and edge quality of every part that follows, while the edge bander only has to keep up with what the saw produces.

Sizing: sliding table panel saw or beam saw

A sliding table panel saw is the right sizing machine for almost every Georgian furniture workshop, because a panel saw is operator-paced: one person loads the sheet onto the carriage and controls each cut. A beam saw belongs in a shop where sheet volume, not operator skill, has become the bottleneck, because a beam saw clamps a stack of panels and cuts programmed strips through the book. With 29 panel saws and 3 beam saws in this category, the panel saw is the normal entry point and the beam saw is the step a growing factory takes later.

Edge finishing

Edge banding machines decide how a finished cabinet is judged, since the edge is what a customer touches. The 28 edge banders here run from compact machines that glue, trim and scrape thin tape for a small joinery, up to automatic machines that add pre-milling, corner rounding and buffing units. Match the edge bander to the tape you sell most: thin PVC needs far less machine than thick 2 mm ABS on solid-colour fronts.

Drilling and shaped work

Boring machines are the cheapest way to get repeatable hinge cup holes and shelf-pin rows, and 7 boring machines are listed here for exactly that job. A CNC router earns its place when parts stop being rectangular: nested cutting, curved fronts, pocketing and engraving are CNC router work, and 10 CNC routers cover that range. A workshop doing straight carcase furniture usually needs the boring machine; a workshop selling shaped or one-off designs needs the router.

Power supply, floor space and extraction

Three-phase 400 V is the realistic assumption for furniture production machinery, and any shop planning a panel saw, edge bander, beam saw or CNC router should confirm the incoming supply and cable rating with an electrician before ordering. Single-phase machines exist only at the smallest end of the range. Floor space is dictated by movement, not by the machine footprint: a sliding table panel saw needs its full carriage stroke clear at both ends plus sheet width to the left of the blade, and an edge banding machine needs infeed and outfeed room for the longest panel you band. Every machine in this category also needs dust or chip extraction sized to the number of open ports, and CNC routers additionally need vacuum clamping for the table.

What the quoted price depends on

The price of furniture production machinery is driven by configuration rather than by badge. On panel saws the drivers are sliding table length, main motor power, the scoring unit and whether fences are manual or digitally positioned. On edge banders the driver is the number of working stations. On CNC routers it is table size, spindle power and whether an automatic tool changer is fitted. Add the tooling package to every calculation, because saw blades, scoring sets, cutters, drill bits, glue and spare tape guides are budgeted separately from the machine, as are delivery to your site and commissioning. Send the part sizes and sheet volumes you work with and we will quote a configuration against them.

How to choose

  1. You cut sheet goods to size

    Sliding table panel saws (29 machines) are the starting point; sliding stroke should exceed the longest cut you make in one pass

  2. Sheet throughput has become the bottleneck

    Move from a panel saw to a beam saw (3 machines), which cuts a clamped stack to a programmed cutting pattern

  3. Raw panel edges need banding

    Edge banding machines (28) - choose by tape thickness you actually sell and by how many stations the machine carries

  4. Repeatable hinge and shelf-pin holes

    Boring machines (7) do the job faster and squarer than a hand jig and cost far less than a CNC router

  5. Curved, nested or engraved parts

    CNC routers (10) - decide by table size against your standard sheet and by whether a tool changer is needed

  6. Shop under roughly 60 square metres

    Choose a shorter sliding table and a compact edge bander; carriage stroke and panel infeed, not machine footprint, set the space you need

  7. Single-phase supply only

    Restricts you to the smallest machines in the category; confirm a three-phase 400 V supply before specifying a panel saw, edge bander or CNC router

  8. Solid timber, not sheet material

    Furniture production machinery is not the right category - use planers, thicknessers, spindle moulders and sanders in woodworking machinery

Frequently asked questions

Which furniture production machine should a new workshop buy first?
A new furniture workshop should normally buy the sliding table panel saw first, because the panel saw sizes every part and sets the accuracy of everything that follows. The edge banding machine is the usual second purchase, the boring machine the third, and a CNC router is added when parts stop being rectangular. A beam saw only makes sense once sheet volume, rather than the operator, limits output.
What is the difference between a panel saw and a beam saw?
A sliding table panel saw is operator-paced: the operator loads a single sheet on the carriage and pushes it through the blade, so a panel saw is flexible and suits mixed one-off work. A beam saw clamps a stack of panels and cuts programmed strips through the whole book, so a beam saw suits repeat production. This category lists 29 panel saws and 3 beam saws.
What power supply do furniture production machines need?
Most furniture production machinery in this category needs a three-phase 400 V supply, and only the smallest machines are available for single-phase power. Confirm the incoming supply, the main breaker rating and the cable run with an electrician before a panel saw, edge banding machine, beam saw or CNC router is ordered, and tell us your available supply when you request a quotation so the machine is specified to match.
How much floor space and extraction does this equipment need?
Floor space for furniture production machinery is set by panel movement, not by machine footprint: a sliding table panel saw needs its full carriage stroke clear at both ends plus sheet width beside the blade, and an edge banding machine needs infeed and outfeed length for your longest panel. Extraction must be sized to the number of open ports on each machine, and CNC routers also need vacuum clamping for the table.
What determines the price of furniture production machinery?
The price of furniture production machinery is determined by configuration: sliding table length, motor power and scoring unit on panel saws; the number of working stations on edge banders; table size, spindle power and tool changer on CNC routers. Tooling - blades, cutters, drill bits and glue - is budgeted separately, as are delivery to site and commissioning. Send your part sizes and volumes and we will quote against them.
Do you supply tooling and consumables with the machine?
Tooling and consumables for furniture production machinery are quoted separately from the machine itself, because the correct saw blade, scoring set, cutter, drill bit, glue type and edge tape depend on the material you cut. Tell us the boards and tape you use when you request a quotation and the tooling package will be listed as its own line so the machine arrives ready to run.