Pan Enterprise Solutions, the software arm of Pan Innovation House · based in Gaziantep, Türkiye, with a London office
We do not replace your accounting backbone, whether it is Logo, Mikro, Netsis (widely used Turkish ERPs) or SAP. In made-to-order furniture — where colour, size, handle and hinge combinations run into the millions, every order is effectively a custom product, cutting lists come out of CAD and travel to the ERP via Excel, and nobody can see which sheet a part was cut from or on which machine — we bring the whole operation into a single operational layer with a formula-driven dynamic BOM, true-cost quoting and part-level traceability. Not an off-the-shelf package: built for your business. The source code we write and your data are handed over to you as defined in the contract.
Asking about price? We listen to the scope in a short call and share the budget frame and timeline in writing. The first 30-minute call is free; the scope of an on-site discovery, and its fee if any, is agreed in writing during that call.
We work on site for plants in and around Gaziantep; elsewhere in Türkiye and abroad, discovery starts by video call and a visit is planned if needed. Our London office is at Unit 6 Cranford Way, Hornsey, London N8 9DG.
In firms producing panel furniture, kitchens and doors, design often runs on tools such as Cabinet Vision or SmartCabinet, machining on Biesse, Homag or SCM machines, and the accounts in an ERP such as Logo or Mikro (widely used Turkish ERPs). The problem is not a lack of software — it is that these island systems do not talk to each other. If the points below sound familiar, the answer is not buying another package; it is building the bridge between them.
The sector's software landscape is layered: a horizontal accounting/ERP backbone, strong industry-specific CAD/CAM and cabinet design tools, machine-tied nesting/toolpath software, standalone cutting optimisation, and shop-floor tracking and B2B systems bolted on afterwards. Each layer does its own job well; but the bridge between them is usually missing, data travels via Excel, and cost and traceability fall into the gap. Let us lay the landscape out as it is, so it is clear where the solution fits.
| Layer | Software in use today | The gap it leaves |
|---|---|---|
| Cabinet design — industry-specific CAD/CAM (made-to-order) | Cabinet Vision (Hexagon), SmartCabinet, SWOOD (on SOLIDWORKS, TEKYAZ), Polyboard, imos iX, HOMAG iX (formerly woodCAD|CAM), Microvellum | Strong for parametric cabinet/kitchen/wardrobe/door design, 3D models, photorealistic visuals, automatic part/cutting lists and cost/quote output; Cabinet Vision and SmartCabinet also handle sheet optimisation internally. Widely sold through local resellers. But the BOM and cost data they produce rarely flows into the ERP automatically — it is carried across by hand. |
| CNC nesting / toolpath and machine programming | AlphaCAM + xNesting (Hexagon), Biesse bSolid / bNest, HOMAG woodWOP (+ CAM Plugin), imos iX CAM, SCM Maestro | Effective for panel nesting, 3/4/5-axis toolpaths, G-code generation and simulation; edge banding and drilling/dowel operations are programmed at this layer too. Usually tied to the machine brand (Biesse/Homag/SCM); in multi-brand workshops AlphaCAM acts as the bridge. It cannot feed production progress and OEE back to the ERP/MES. |
| Sheet/profile cutting optimisation (waste-minimising) — standalone tools | OptiCut, KopEksper / KopEksperPro (notasyon.com), SmartCut (smartcut.pro), PanelOptimizer.Pro / OptiPanel2D, Korutaş OptiCutter | Practical for waste-minimising cutting plans on MDF/chipboard/laminate sheets and profiles; popular with small and mid-size producers thanks to Turkish-language interfaces and low cost. They work from Excel cutlists and integrate poorly with ERP and CNC; data is mostly entered manually, creating duplicate records. |
| General / local ERP and accounting (financial + commercial backbone) | Logo (Tiger/GO) and Logo Netsis 3 / Wings, Mikro, DİA, ETA, Nebim, CanIAS, SAP Business One, Microsoft Dynamics 365 Business Central | Solid for receivables/invoicing/stock/accounting, e-Fatura/e-İrsaliye (Türkiye's e-invoice and e-dispatch), purchasing and basic production. Their standard production modules cannot handle furniture's variant, made-to-order BOM depth, so they are usually synchronised with the CAD/CAM side by hand in Excel. |
| Industry-specific / flexible-BOM production ERP and MRP | Korgün ERP (dynamic/variant BOM), Login ERP (formula-driven dynamic BOM), A Yazılım Furniture ERP (barcoded dispatch), Aaro, Skala MRP, Borm (BormConnect with HOMAG) | These aim to manage the variant explosion with a single master model plus a formula-driven dynamic BOM, to automate order-based BOMs/work orders and to handle barcoded flat-pack dispatch. It is the layer closest to furniture's 'every order is different' problem; but in most firms it has to be added alongside the existing Logo/Mikro backbone rather than replace it, and customised to the shop floor. |
| MES / shop-floor data collection / traceability and machine integration | Atahan Otomasyon solutions, Skala MES, İletişim Yazılım traceability, CNC job-card barcodes / label stations | Valuable for live data from the production line (which machine, which operator, which BOM), process tracking via card/part barcodes, poka-yoke, quality and performance reporting. Still rare in furniture; most producers run on paper work orders and verbal tracking, so part traceability falls into the gap. |
| B2B dealer ordering, digital catalogue/configurator and e-commerce/e-export | serB2B, OrtakB2B, B2B Store, IdeaSoft / Shopify (B2B), project-based 3D kitchen configurators | Useful for dealer-priced order portals, digital catalogues and configurators where the customer enters dimensions and designs online; in export, the İnegöl model is the reference. serB2B and its peers claim integration with Logo/Netsis/Mikro/Nebim/ETA/SAP, but orders from the portal are rarely linked to production/CAD data — they are re-keyed in the workshop. |
Product names are compiled from vendors' public pages (September 2026); PAN is not affiliated with them. The "gap" column summarises situations we commonly meet in discovery and is not a statement about any specific product.
Our solution does not compete with your existing software; it is the operational layer that fills the disconnect between CAD/CAM, cutting optimisation, CNC and ERP. Your accounting ERP stays in place as the financial backbone; we connect the dynamic BOM, quoting and costing, shop-floor tracking, flat-pack dispatch and traceability side to it. We start with an on-site discovery, then build only the modules you genuinely need.
A single-source integration layer that flows the Cabinet Vision, SmartCabinet or Polyboard cutting list automatically into the Logo/Mikro/Netsis BOM and work order, and from there into OptiCut/nesting and machine code. The same information is entered in one place; Excel bridges and double data entry end.
A module that manages colour, size, handle and hinge combinations with one master model plus a formula-driven dynamic BOM instead of millions of static item cards. The BOM, part list and waste rate are derived instantly from the dimensions and hardware chosen in the configurator; variant chaos is reduced.
An engine that calculates sheet waste, labour, hardware and overheads in real time for the chosen size/colour/hardware and returns the right price. Quotes no longer rest on guesswork but on real data from the BOM; profitability is visible before the order is even closed.
Full tracking from sheet to customer via a QR/barcode printed on every panel; operator, machine, lot and BOM records captured by tablet or terminal, with OEE and downtime analysis. A light MES that retires the paper work order; the root cause of a defect or return can be traced back through the records.
A module that reduces wrong and missing part shipments with complete box/parcel-level dispatch checks; plus smart offcut recovery that catalogues remnant stock by colour, pattern and size and prioritises it for new orders. Customer complaints and material losses fall.
A 3D kitchen/cabinet configurator where the dealer orders at their own prices or the end customer enters dimensions and designs online; an end-to-end order line where the resulting order drops straight into the dynamic BOM, the CNC and the production plan. Orders are never re-keyed.
No firm needs all of them. After discovery we start where it hurts most and grow module by module. The scope is set in discovery; modules are designed to fit your ERP and your floor.
A one/two-way integration layer connecting the Cabinet Vision/SmartCabinet/Polyboard cutting list to the Logo/Mikro/Netsis/SAP BOM and work order, and from there to OptiCut/KopEksper and woodWOP/bNest/Maestro machine code.
Detailed page → ERPA made-to-order production layer that manages colour/size/handle/hinge variants with a single master model and formula-driven BOM, automatically deriving order-based work orders and MRP material requirements.
Detailed page → MESA shop-floor system that tracks cutting, edge banding, drilling/CNC and assembly at QR/barcoded panel level; collecting operator, machine, lot and actual times, and producing OEE and downtime analysis.
Detailed page → BIA decision-support dashboard that generates instant quotes from waste, labour and hardware costs, and shows actual waste/cost/lead time per order, machine utilisation and dealer/product profitability on a single screen.
Detailed page → QRA mobile module that ships multi-part furniture complete at box/parcel level, verifying every part by QR/barcode; it ends missing and wrong shipments, return-freight costs and customer complaints.
Detailed page →An offcut-recovery module that tracks sheet/MDF stock by lot, colour and pattern; cataloguing offcuts by size and pattern match and prioritising them for new orders, cutting material costs.
A 3D configurator where the dealer orders at their own prices or the end customer enters dimensions and designs online; an end-to-end order line where the order drops straight into the BOM, the CNC and the production plan.
Detailed page → APIAn export module that feeds multilingual catalogues (as in the İnegöl model), unit/standard conversion and export documentation from production data; an additional sales channel for manufacturers looking to reach foreign markets.
Detailed page → MESAn IIoT/terminal layer that collects production progress, downtime and OEE data from mixed-brand machines such as Biesse, Homag and SCM, and binds the G-code-driven machine to a common data standard.
Detailed page →Your finance and accounting backbone (Logo, Mikro, Netsis or SAP) stays in place; your e-invoicing, e-dispatch and receivables setup is never disturbed. The operational layer we build connects to your ERP through the routes its vendor supports (API, service layer or an approved import) and does not write directly into its database tables: customers, stock, orders and invoices are kept in one source of truth, and the dynamic BOM, work orders and shop-floor production data flow into it. In the same way, Cabinet Vision/SmartCabinet/Polyboard cutting lists, OptiCut/KopEksper waste data and Biesse/Homag/SCM CNC output are connected to this layer as BOMs, times and waste. So you neither end up with a second accounting system, nor keep running cutting lists and dispatch in Excel.
Our integration approach →We discuss your product range (panel furniture, kitchens, wardrobes, doors), your current ERP and CAD/CAM environment (Cabinet Vision/SmartCabinet/Polyboard, Biesse/Homag/SCM) and the operational point that hurts most. We clarify expectations and scope and draw a realistic frame; at this stage the priority is understanding, not selling.
We observe the flow on site — from the design office through sizing, CNC, edge banding, assembly and dispatch. We map the data breaks between Logo/Mikro/Netsis, Cabinet Vision/SmartCabinet, OptiCut/KopEksper and the CNCs; and chart the gaps in variants/BOM, quote costing, waste, traceability and flat-pack dispatch.
We turn the discovery findings into a prioritised roadmap: which module comes first, which integration connects where, which gain arrives earliest. We present a clear plan that protects your ERP, is module-based and phased to your budget.
We start with the module that creates the most value (usually the dynamic BOM/quote-costing or the CAD/CAM-ERP bridge) and develop iteratively. At the end of every sprint we show a working release; we fine-tune with feedback from designers, foremen, operators and managers.
We take the system live on the shop floor and in the office; we train designers, operators, foremen and managers by role. After go-live, maintenance and development support continue under a separate written agreement. The source code we write and your data are handed over to you as defined in the contract.
We are based in Gaziantep. We write down your sizing, CNC, edge banding and dispatch flow by listening to you in your workshop; the starting point is your flow, not our assumptions.
Your Logo, Mikro, Netsis or SAP backbone stays in place. We build the operational layer that runs alongside it and closes the gap between design, shop floor and cost; your existing setup is not disturbed.
Standard MRP does not fit production where every order is effectively a custom product and static BOMs choke. We build the solution on a formula-driven dynamic BOM and actual data, feeding quote costs with real waste figures.
The source code we write and your data are handed over to you as defined in the contract; third-party and open-source components remain subject to their own licences. You can continue with another team later if you wish.
We aim to unite the data carried by Excel between Cabinet Vision/SmartCabinet, OptiCut/KopEksper, Biesse/Homag/SCM and Logo/Mikro into a single bridge, using the export and access routes each tool offers; we connect your existing tools without discarding them.
We do not push you to build everything at once. We start where it hurts most, demonstrate the gain, then grow; spreading your budget across phases and lowering the risk.
No. Your accounting and finance backbone stays exactly as it is; your e-invoicing, e-dispatch and receivables setup is not disturbed. The dynamic BOM, quote-costing, shop-floor tracking, flat-pack dispatch and traceability layer we build connects to your ERP through the routes its vendor supports (API, service layer or an approved import) and does not write directly into its database tables. The aim is not to install a second accounting system, but to connect the design, shop-floor and cost side your ERP cannot see.
That is exactly the case we build for. Instead of trying to maintain millions of static cards, we set up a single master model with a formula-driven dynamic BOM: the BOM, part list and waste rate are derived automatically from the chosen size, colour, handle and hinge. We take the dynamic-BOM logic of industry ERPs such as Korgün and Login and customise it to your own product range; the variant explosion no longer chokes stock and costing.
Usually possible, but the route depends on the export options of the versions you use; we confirm it in discovery before committing in writing. We do not replace these tools; we connect their output to production, costing and the machines. We build a bridge that flows the Cabinet Vision/SmartCabinet/Polyboard cutting list into the dynamic BOM and work order, and from there into OptiCut/KopEksper optimisation and woodWOP/bNest/Maestro machine code. Entering the same information into every system by hand — and the errors born of Excel bridges — are reduced.
In most cases it is possible; machine data output varies by make and model, and terminal entry is used where a machine provides none. The brands' own software (bSolid/bNest, woodWOP, Maestro) stays in place; we lay a common data standard on top. We collect production progress, downtime and OEE data from every machine via IIoT or terminals and unite it in a single MES dashboard. Machines of different brands speak the same language, and production bottlenecks become visible in real time.
The dynamic BOM derives the recipe from the chosen size and hardware; from that recipe we build a costing engine that calculates sheet waste, labour, hardware and overheads in real time. Quotes no longer rest on the foreman's guesswork but on real data from the BOM; if needed we can also pull the current exchange rate and produce foreign-currency quotes. You see profitability before the order closes.
We verify multi-part furniture by barcode at box/parcel level. Every part is scanned before dispatch; if a part is missing or wrong, the system will not close the shipment. Incomplete deliveries, return-freight costs and complaints are largely reduced. The same infrastructure, via the QR printed on every panel, also provides traceability from sheet to customer.
Yes — that is exactly the goal. We build a 3D configurator where the dealer orders at their own prices or the end customer enters dimensions and designs online; the resulting order drops automatically into the dynamic BOM, and from there into the CNC and the production plan. The order is never re-keyed in the workshop, so double-entry errors and delays are reduced.
The source code we write and your data are handed over to you as defined in the contract; third-party and open-source components remain subject to their own licences. You can continue with another team later if you wish.
The variant complexity of your range, the scope of the dynamic BOM, the design, optimisation and CNC tools to connect, flat-pack dispatch checks, the need for a configurator or dealer portal, and the route into your ERP. We discuss a budget range in the first call; the exact scope, timeline and price are put in writing after discovery.
One person each from design and production, the export options of your design, optimisation and CNC software, ERP connection details, and a sample order, cutting list and cost calculation.
During discovery we choose the measures that suit you, such as the gap between quoted and actual cost, return shipments caused by missing parts, or the places where an order is re-keyed in the workshop. We do not set targets before measuring the starting point; we agree them with you, based on your current data, before work begins, and results are not guaranteed.
Let us observe your production on site — from the design office to sizing, from CNC to flat-pack dispatch. Without replacing your existing ERP, we will draw up a realistic roadmap that starts where it hurts most. The first step is a discovery meeting.
