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Advanced 3D printing
Functional parts, prototypes, replacement components, jigs, fixtures and small production runs across multiple Bambu Lab H2D machines.
DIGITAL DESIGN + ADVANCED MANUFACTURING
Ideas engineered into reality.
FixItRoss combines CAD design, 3D scanning, advanced 3D printing, 10 W laser engraving and digital cutting to turn concepts and existing components into accurate, practical results.
Based in Norwich, Norfolk
MULTI-MACHINE CELLONLINE
PRINT · LASER · CUTH2D
MULTIPLE H2D MACHINESENGINEERING POLYMERSCAD + REVERSE ENGINEERING3D SCANNING10 W LASERDIGITAL CUTTING
CAPABILITIES
One workshop. Multiple ways to make.
Start with the problem, not the process. The right combination of design, scanning and manufacturing is chosen around the result you need.
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CAD & product design
Turn a sketch, measurement or rough idea into a refined, manufacturable 3D model built around its real purpose.
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3D scanning
Capture an existing object, then clean, rebuild or adapt its geometry through a considered scan-to-CAD workflow.
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Engineering materials
Choose material around strength, heat, chemicals, flexibility, weather exposure and how the finished part will be used.
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10 W laser work
Detailed engraving, marking and cutting on compatible non-metal materials, assessed carefully before the project begins.
10 W diode laser. Metal cutting is not offered.06
Digital cutting
Custom vinyl graphics, labels, stencils, stickers, paper, card and other compatible thin media.
MATERIAL INTELLIGENCE
The right material for the job.
Material choice can be as important as the model. Everyday, functional and high-performance filaments are selected around how the finished part needs to behave.
Everyday + visual
PLASpeciality PLAPETG
Functional + outdoor
ABSASAPolycarbonateTPU
Engineering + reinforced
PA / NylonPA-CFPAHT-CFPET-CFPPA-CFPPS-CF
ONE PLATFORM · THREE MODES
More than a 3D printer.
The H2D platform moves between additive manufacturing, laser work and digital cutting using purpose-built tools and controlled workflows.
TOOL MODE01
ACTIVE CONFIGURATION
Dual-nozzle manufacturing
Large enclosed build space, controlled heat and multi-material flexibility for prototypes, functional parts and small batches.
Technology example · Bambu LabREVERSE ENGINEERING
From real object to refined digital model.
A scan captures form. Engineering the useful result still needs judgement, measurement and CAD.
Raw scan data is not automatically a production-ready CAD model. Important faces, holes, fits and mounting points are rebuilt around the component’s function.
HOW IT WORKS
A clear route from problem to finished part.
Tell me about it
Start with a sketch, photo, existing part, drawing or just the problem.
↓Review & measure
We consider geometry, use, loads, environment and the finish you need.
↓Scan or design
The digital model is created or refined and the important details are agreed.
↓Prototype & make
The process and material are selected, then the result is produced and checked.
↓Refine or repeat
Any agreed adjustments are made before the final part or quantity is produced.
✓TYPICAL APPLICATIONS
Built for real-world problems.
Useful work does not always begin with a perfect drawing. An awkward component, obsolete part or unfinished thought is often enough.
01Replacement & obsolete parts
02Vehicle & workshop components
03Brackets, mounts & enclosures
04Jigs, fixtures & templates
05Prototypes & product development
06Personalised engraved items
07Decals, labels & stencils
08One-offs & small batches
WHY FIXITROSS
One point of contact.
More ways to solve it.
Design through to finished result
Multiple manufacturing methods
Material chosen around intended use
Multi-machine capacity
Clear advice when something is unsuitable
Personal service, modern equipment
START A CONVERSATION
Have an awkward part, unfinished idea or unusual problem?
Send over what you have. A photograph, sketch, damaged component or rough description is enough to start.
Discuss your project