A functional part
Fast fit checks, enclosures and mounts.
3D printing →
Equipment · 19 inventory entries + Shaper
Equipment & capabilities.
Build a part, engrave a surface, print a photograph or personalise textiles. Find the right process, understand the preparation and plan your next step.
Capabilities help you choose a process. Actual availability and your permission are shown in My Maker Lab. New equipment is inventoried; commissioning is still pending. The O1 bundle is planned and has not been delivered.
113D printers · 7 models
1SC-P7500 · 12 inks
PlannedO1 · not yet delivered
19Snipe-IT inventory entries
Start with your project.
Choose the result you want. We confirm material, file and machine before you start.
A multi-material part
Compare tool changing, dual nozzles and support strategies.
Compare printers →A photograph or poster
A1, fine art and photographic paper.
Photo printing →A branded object
Direct UV print or a transfer for a hard surface.
UV printing · planned →A textile design
DTG or DTF, including preparation and heat curing.
Textile printing · planned →A flat part or wood joint
Choose cutting, engraving or guided routing.
Laser & CNC →Seven models. Different strengths.
No single printer is the best choice for every part. Build volume, surface, material, support structures and quantity make the decision.
MAKR-0013
Bambu Lab H2D Pro
For engineering prototypes and material combinations. The dual-nozzle system separates model and support material. Confirm the installed nozzles, feeding system and approved filaments before choosing the job.
Inventoried · commissioning pending
Plan your workflow
- Define the part and material requirements.
- Select the real H2D Pro configuration in Bambu Studio.
- Check nozzles, feeding system, drying and supports with the team.
- After commissioning: book, print, inspect and record material.
MAKR-0014
Bambu Lab H2C · Vortek
For multicolour models, material zones and support strategies. Vortek changes hotends automatically. The available combinations depend on the hotends and material feed actually installed in the lab.
Inventoried · commissioning pending
Plan your workflow
- Separate colour and material regions in the model.
- Assign each region to the installed hotend and filament.
- Check adhesion between materials and supports on a sample.
- After commissioning: print, inspect and record consumption per material.
MAKR-0001 – 0004
Prusa MK4S
The dependable standard for enclosures, mounts, adapters and fast functional prototypes. Four machines allow parallel jobs and small production runs.
Workflow
- Export 3MF or STL; check dimensions and fit.
- Choose the actual P1–P4 printer and its nozzle profile in PrusaSlicer.
- Reserve an approved machine, prepare approved filament and run the job.
- Inspect the part, record material and close the process.
After device induction
MAKR-0005
Ultimaker S5
For complex geometries, two-colour parts and soluble support structures. Swappable Print Cores support different material combinations.
Workflow
- Assign the two materials and matching Print Cores.
- Check compatibility, supports and cleaning in Cura.
- Reserve, print and remove supports according to the approved process.
- Inspect surfaces and record both materials.
After device induction
MAKR-0008
Prusa XL · 5 heads
Five independently loaded Nextruders change automatically. This enables large multicolour and multi-material parts, flexible and rigid zones, and soluble support structures – without the long material changes of a single nozzle and with very little purge waste.
Workflow
- Define each material region in the model.
- Assign regions to the installed toolheads in PrusaSlicer.
- Check material compatibility and supports with the team.
- Print, inspect and record consumption by material.
After device induction
MAKR-0009 – 0010
Prusa CORE One L
The enclosed chamber, heated up to 60 °C, stabilises engineering plastics. Suitable for durable parts that push open-frame printers beyond their limits.
Workflow
- Agree material, drying and chamber settings.
- Slice using the actual printer and nozzle profile.
- Reserve an approved machine and check the first layer.
- Allow cooling, inspect dimensions and record material.
After device induction
MAKR-0006
Formlabs Form 4
For intricate models, high-quality visible parts, fit checks and small functional components. Printing, washing and post-curing form one supervised process.
Workflow
- Prepare the model and supports in PreForm with the team.
- Confirm approved resin and supervised appointment.
- Print, wash and post-cure as one supervised process.
- Inspect the part and document resin and post-processing.
Supervised only · PPE
Choose by requirement
Bambu systems extend the catalogue; operational release is still pending.
Fast & functionalPrusa MK4S
Supports & two materialsUltimaker S5
Large & multi-materialPrusa XL · 5 heads
Engineering plasticCORE One L
Fine & smoothFormlabs Form 4
Two nozzlesH2D Pro
Hotend changingH2C · Vortek
The induction colour describes the access route, not the quality. Induction & Access and the usage agreement are binding.
From file to surface.
Photography, rigid objects and textiles need different files, materials and finishing.
MAKR-0017 · one printer
Epson SureColor SC-P7500
Photographic printing · 12 inks · A1 / 24 inch
For photographs, fine art prints, exhibition posters and presentation graphics. UltraChrome Pro12 pigment inks and the right paper profile are the foundation for controlled colour and smooth tonal transitions.
Inventoried · paper profiles and commissioning pending
Photo print workflow
- Prepare the final image size; keep its embedded colour profile.
- Choose the paper and its matching ICC profile; check with a soft proof.
- Print a test strip and confirm colour, detail and crop.
- Print the final format, allow drying and inspect under suitable light.
- Record paper size, roll usage and the print process.
Bring: image file, final dimensions, quantity and intended display.
MAKR-0018 · UV+DT Versatile Bundle
xTool O1 Omni Printer
UV object printing · UV-DTF · DTG · DTF
Planned for colourful objects, transfers onto hard surfaces and textile motifs. The selected UV+DT edition combines UV and fabric printing. The bundle has not been delivered. The workflows below describe the intended capabilities after delivery and commissioning.
Planned · not yet delivered · not currently available
Selected package: O1 UV+DT, fabric tray, LM1 laminator, RF1 roll feeder and OR1 rotary attachment.
Exact bundleUV direct printing
- Prepare the motif and any white or varnish layers.
- Check the substrate, cleaning and adhesion on a sample.
- Position the object, print and inspect surface and adhesion.
For signs, prototypes and personalisation on approved rigid surfaces.
UV-DTF transfer
- Print the motif on the approved UV-DTF film.
- Laminate with the LM1 and prepare the transfer.
- Apply it to the compatible hard surface and inspect adhesion.
An object transfer without a heat press; UV-DTF film is different from textile DTF film.
DTG · directly onto fabric
- Confirm fabric, pretreatment and print settings.
- Prepare the garment, position it on the fabric tray and print.
- Heat-cure using the approved process and inspect the result.
Confirm the available heat press or suitable curing equipment before commissioning.
DTF · a textile transfer
- Print on the approved textile DTF film.
- Apply and cure the matching adhesive powder under the approved process.
- Use a suitable heat press to transfer onto the garment; inspect adhesion.
A heat press is not listed in the selected Versatile Bundle.
The four workflows are planning guides for the O1 bundle, which has not been delivered. After delivery, the team confirms accessories, supplies, maintenance, approved procedures and supervised access.
MAKR-0019 · inventoried · commissioning pending
xTool P3 All-in-one.
80 W CO₂ laser for large surfaces, tall objects, long workpieces and rotary jobs.
Four cameras support positioning and batch jobs. The conveyor extends the working area for long sheets, the RA3 module processes cylindrical objects, and the AP2 Max air purifier is part of our complete package.
915 × 458 mmstandard working area
up to 220 mmworkpiece height
80 W CO₂cutting & engraving
4 cameraspositioning & process control
Our All-in-one system
These modules are not items on a wish list. They are included in the bundle we own.
P3 machine80 W CO₂ laser, camera system and IF2 2.0 inline fan
Mobile Work Standstable, mobile base for the machine
Intelligent Conveyor Feeder · 149.9 cmautomatic feed for long material and repeated strip jobs
Smart MagSwap RA3 Rotaryfull-wrap engraving on cups, bottles and cylinders
SafetyPro AP2 Max Air Purifiermulti-stage air purification for supervised operation
Consumable: One CO₂ cylinder is installed on the xTool P3. Fill level and spare stock are recorded separately.
Large front panels
Acrylic, plywood and card for enclosures, signage and exhibition structures.
Long workpieces
Signs, series of strips and long sheets pass through the intelligent conveyor.
Rotary objects
Cups, glasses and cylindrical objects can receive full-wrap engraving with RA3.
Batches & nesting
The camera system supports arranging many parts and repeatable jobs.
Tall objects
Up to 220 mm workpiece height reaches beyond flat sheet work.
Cut + engrave
A prototype receives its outline, openings, labels and branding in one workflow.
MAKR-0007 · inventoried
Epilog Zing 24
The established 60 W CO₂ laser for compact flat work up to roughly 610 × 305 mm: front panels, stencils, labels, models and precise engraving. The P3 expands this area but does not make the Epilog redundant. The Epilog Zing 24 runs supervised only: appointment by arrangement, material approval and fire watch included. There is no self-booking for the laser.
Supervised · material approval · fire watchTwo lasers. Different strengths.
MAKR-0015
xTool F2 Ultra
For labels, textured surfaces and colour marking on suitable metals. The dual-laser version adds a diode laser for suitable non-metal materials; we confirm the installed version before the job.
Model confirmed · commissioning pending
Prepare a metal project
- State the material, coating, dimensions and intended result.
- Prepare the file and positioning; confirm laser source and machine version with the team.
- Process an approved sample and inspect texture or colour effect.
- After operational release: confirm supervision, inspect the result and document the job.
MAKR-0016
xTool F2 Ultra UV
For fine surface marking and suitable glass projects. Surface and inner-glass engraving are separate workflows with their own lens, file and preparation. Material, installed equipment and working area are confirmed before the project.
Model confirmed · commissioning pending
Prepare a UV project
- Choose a suitable material and surface or inner engraving.
- Check the file, lens, work holding and focus with the team.
- Process an approved sample; inspect detail, positioning and result.
- After operational release: confirm supervision and document the job.
Model names are confirmed. Installed equipment, laser class, extraction, material rules and induction remain part of commissioning. Binding local instructions follow the approved trial.
Material for the CO₂ lasers.
Before the supervised appointment: name the material, provide its data sheet, dimensions and coating, and confirm the intended cutting or engraving process. Approval is specific to the actual machine and job.
Excluded materials
For Epilog Zing 24 and the P3 CO₂ setup. Unknown compositions and coatings are excluded. This list is not a rule for UV printing or a different laser technology.
- PVC and vinyl
- Anything else containing chlorine
- Fluoropolymers such as PTFE
- ABS
- Polycarbonate, Lexan and CDs
- Fibreglass, carbon fibre, circuit board
- Foams and HDPE
- Galvanised metal
- Pressure-treated timber
- Mirrored surfaces and bare metal
- Unidentified plastics and coatings
Offcut box and private material
Keep offcuts easy to find and safely identifiable. Existing local storage rules still need confirmation; no automatic transfer of private property is established here.
Take somethingUse only clearly identified offcuts approved for the job.
Leave somethingState material type, thickness, dimensions and location; keep unidentified offcuts separate.
Smaller than thatSort damaged and unusable offcuts according to local disposal procedures.
Box fullAnnounce clear-outs and confirm the process with workshop management.
Private materialLabel with name, contact and date. Arrange collection or transfer with the owner.
Take a photo
One picture of the offcut, laid flat on the table. Nothing more is needed.
Give dimensions and location
Length, width and thickness in millimetres, plus the location. Unknown thickness must be clarified before use.
Pick the material
Plywood, MDF, acrylic or card. That completes the offcut entry.
Use the internal material area for notes and offcuts. A listing records availability; it does not approve the material. Machine and material approval are checked with the team before the supervised job.
New · commissioning & inventory registration
Shaper Origin system.
A hand-held CNC router that brings the tool to the workpiece.
Origin sees the workpiece referenced with ShaperTape, displays the cutting path and automatically corrects the user's movement. BenchPilot takes over long or repeated routing operations; Plate and Workstation provide repeatable references for hardware, edges and end grain.
Origin Gen2hand-held with digital correction
BenchPilotautomated feed movement
Platehardware, hole rows and templates
Workstationhorizontal, vertical and end-grain work
Our Shaper package
The order confirmation covers much more than Origin. It forms a complete mobile CNC workplace.
Origin Gen2router, display, camera and automatic path correction
BenchPilotrepeatable automated movement for batches and long cuts
Plateprecise reference plate for hardware and hole rows
Workstationclamping and machining faces, edges and end grain
Trace + accessoriesdigitising, cutters, tape, clamps, shelf and transport
Furniture & enclosures
Profiles, pockets, grooves, joints and accurately fitting parts directly in sheet material.
Hardware & System 32
Hinges, connectors, handles and hole rows can be placed repeatedly with Plate.
Inlays & repairs
Inlays, accurate patches and inserts emerge from the same digital path.
Signs & logos
Lettering, reliefs, profiles and engraving in wood and approved sheet materials.
Jigs & templates
Stops, drilling aids and assembly fixtures for repeatable workshop processes.
Large or installed parts
Origin works where a part does not reasonably fit on a stationary CNC machine.
Small batches
BenchPilot takes over repeating paths and lengthy clearing jobs.
Edges & end grain
Workstation clamps parts for tenons, slots and end machining.
Physical to digital
Shaper Trace turns a hand-drawn outline into editable vector data.
01
Choose a design
SVG from CAD or Studio, a ShaperHub project or a physical outline captured with Trace.
02
Reference
Clamp the workpiece, scan ShaperTape or Plate and verify the datum.
03
Route
Guide Origin by hand or use BenchPilot, cutting in controlled depth steps.
04
Verify
Check dimensions, fit and finish, then document the work steps.
Included components
- Shaper Origin Generation 2
- Shaper BenchPilot with emergency stop
- Shaper Plate
- Shaper Workstation
- Workstation Shelf / workpiece support upgrade
- extensive router-bit set
- six rolls of ShaperTape
- double-sided fixing tape
- Shaper Trace
- clamping accessory and router-bit washer
- two Systainers for storage and transport
One machine. The right route.
Self booking is available only for operationally released machines and members with permission. Other processes require a confirmed supervised appointment.
Clarify the project
Part, material, dimensions, accuracy and desired finish determine the machine.
Complete induction
Sign the Maker agreement and complete the required induction. The team records your device permissions.
Book or request
Check machine release, your permission, reservation and status freshness in My Maker Lab; then book or request an appointment.
Inventory registration is not an operational release. Commissioning, material rules and induction remain pending for the new equipment. Use approved lab supplies; no charges are currently collected.
01
Prepare
Confirm agreement, permission, file and material.
02
Use
Book an approved machine or confirm supervised access.
03
Record
Scan the material container and record real consumption.
04
Find again
Close the job and find it in My prints or My processes.
Build, connect, repair.
Two temperature-controlled soldering stations complement the digital fabrication tools: for sensors, cables, circuit boards and prototype electronics.
MAKR-0011 – 0012 · 2× on hand
Weller soldering stations
From breadboard to soldered circuit, from cable assembly to repair. The stations are not booked individually; once inducted, you use them during open workshop hours.
After device inductionWhat will you make?
Bring the idea, file or workpiece. We will choose the right process with you and clarify material, induction and timing.
Request access →