Capabilities

Two production cells, eight filaments, one accountable supplier

Everything below runs in-house on our own machines, no brokered jobs, no anonymous subcontractors, and no vagueness about exactly which printer made your part.

Specifications of the two production machines at Syntax3DLab
Specification	Bambu Lab P1S Combo	Creality K1 Max
Build volume	256 × 256 × 256 mm	300 × 300 × 300 mm
Dimensional tolerance	±0.20 mm or ±0.3%	±0.20 mm or ±0.3%
Layer height range	0.08-0.28 mm	0.10-0.35 mm
Multi-material	4-spool AMS	Single filament
Typical lead time	2-4 business days	2-4 business days
Best suited to	• Multi-colour and two-material parts • ABS / ASA without warping • Detail-critical small components • Support-heavy internal geometry	• Large single-piece parts • Batch runs plated in one go • High-temperature filaments • Cost-sensitive bulk prototyping

Services & Capabilities

Every process under one roof, run by manufacturing engineers

Two enclosed production cells, eight engineering filaments and full CAD support. So one supplier carries your part from sketch to courier.

FDM 3D Printing
Enclosed, high-speed FDM in engineering thermoplastics, the durable, cost-effective route from CAD to a part you can bolt down and load.
Both production cells are fully enclosed CoreXY machines running hardened steel nozzles, which is what makes ABS, ASA, polycarbonate and carbon-fiber composites viable rather than merely possible. Every job is sliced by hand, not dropped onto an auto-preset.
- Build envelope up to 300 × 300 × 300 mm
- ±0.20 mm dimensional tolerance
- Layers from 0.08 mm for fine detail
- Enclosed chamber for ABS, ASA and PC
Read more about FDM 3D Printing
0.08-0.35 mm
Layer height
2-4 days
Lead time
8 grades
Materials
Multi-Material & Multi-Colour
Our P1S runs a 4-spool AMS, so a single part can combine up to four colours or materials, no painting, no glue, no assembly step.
Multi-colour parts in one print: branded housings, colour-coded fixtures, two-durometer grips. The AMS also enables dissolvable and breakaway supports, which frees up internal geometry that would otherwise be impossible to clean up by hand.
- Up to 4 filaments in a single part
- Colour-coded and branded components
- Breakaway supports for internal cavities
- No post-print painting or assembly
Read more about Multi-Material & Multi-Colour
Up to 4
Filaments
P1S Combo
Machine
256 mm cube
Envelope
Rapid Prototyping
Same-week design iterations so your team tests physical hardware on the cadence of a software sprint instead of a quarterly tooling cycle.
Send a revision on Monday and hold it on Wednesday. We keep one engineer assigned to your project across iterations, so context carries between revisions and you aren't re-explaining the assembly every time. Rush jobs turn in 24 hours.
- 24-hour rush turnaround available
- Dedicated engineer across revisions
- Iteration pricing on repeat geometry
- Both cells running in parallel
Read more about Rapid Prototyping
24 hours
Fastest turn
2-5 days
Typical cycle
Unlimited
Revisions
Functional Component Manufacturing
Production-grade parts in ASA, PC and carbon-fiber nylon, components that ship inside your product, not just onto a review table.
Low-volume manufacturing without tooling amortisation. We hold documented process parameters per part number, run a first-article check and keep a retained sample, so run 40 matches run 1 twelve months later.
- Documented, repeatable print profiles
- First-article inspection on every batch
- Batch runs of 1-300 parts
- Retained samples and revision control
Read more about Functional Component Manufacturing
1-300 parts
Batch size
FAI + retained sample
QA
Profile-locked
Repeatability
Custom 3D Modeling & Design Support
No model yet? Bring a sketch, a photo or a broken part and we'll produce manufacturing-ready CAD and print it in the same engagement.
Full design-for-additive-manufacturing service: wall thickness and draft correction, support and orientation strategy, part splitting for the build envelope, part consolidation and reverse engineering from a physical sample.
- Napkin sketch to production CAD
- Reverse engineering from a sample
- DfAM review on files you already have
- Part splitting for oversized geometry
Read more about Custom 3D Modeling & Design Support
STEP + STL
Deliverables
Free on every quote
DfAM review
You own the output
IP
Low-Volume Production Runs
Bridge production between a prototype and a tooled part, 10 to 300 units, plated efficiently and priced with volume discounts up to 18%.
Injection tooling only pays back over thousands of units. For the run sizes below that, printing is cheaper and you can revise the design between batches at no cost. We plate parts to fill the envelope, run them back to back across both cells, and inspect to a fixed checklist.
- Volume discounts from 5 parts, up to 18%
- No tooling cost and no minimum commitment
- Design revisions between batches at no charge
- Both cells run in parallel for throughput
Read more about Low-Volume Production Runs
10-300 units
Sweet spot
18%
Max discount
None
Tooling cost
Material Selection
Eight engineering filaments, matched to your load case, service temperature and environment, with the trade-offs stated plainly.
The material decides whether the part survives. We map your requirements, UV exposure, service temperature, impact loading, chemical contact, flexibility, against what we stock, and tell you honestly when plain PLA will do the job for a third of the price.
- ASA for UV and outdoor exposure
- PA-CF for strength and heat resistance
- PC for impact-critical brackets
- TPU 95A for gaskets and grips
Read more about Material Selection
8 filaments
Catalogue
120 °C
Max service temp
Included free
Consult

Price your part in the estimator

Material Selection

The material decides whether the part survives

Eight engineering filaments, all stocked and dialled in on both machines. Pick by load case, service temperature and environment, or tell us the requirement and we'll pick for you.

PLA
Polylactic acid
Standard
The fastest and cheapest route to a physical part. Crisp detail and near-zero warp make it the default for form-and-fit checks.
- Lowest cost per gram
- Excellent detail
- No warping
- Indoor use only
Service temperature up to 55 °C
PETG
Glycol-modified polyester
High
Tough, water-resistant and far less brittle than PLA. The sensible default when a prototype has to survive being handled and mounted.
- Good impact strength
- Water & chemical resistant
- Low shrinkage
- Semi-translucent options
Service temperature up to 75 °C
ABS
Acrylonitrile butadiene styrene
High
Classic engineering thermoplastic, heat tolerant, machinable and acetone-smoothable to a glossy finish.
- Acetone smoothable
- Machinable & tappable
- Good heat resistance
- Needs an enclosure
Service temperature up to 85 °C
ASA
Acrylonitrile styrene acrylate
High
ABS mechanical performance with genuine UV and weather stability. The right call for anything that lives outdoors.
- UV & weather stable
- High heat deflection
- Acetone smoothable
- Enclosed printing only
Service temperature up to 90 °C
TPU 95A
Thermoplastic polyurethane
Flexible
A genuine engineering elastomer for gaskets, seals, grips and bumpers. Prints slowly, performs indefinitely.
- Shore 95A flexibility
- Abrasion resistant
- Oil resistant
- Excellent rebound
Service temperature up to 80 °C
Not available for AMS multi-colour jobs
PLA-CF
Carbon-fiber reinforced PLA
High
Stiffer and far more dimensionally stable than plain PLA, with a premium matte-black finish that hides layer lines.
- Very rigid
- Matte finish
- Minimal warp
- Hardened nozzle required
Service temperature up to 60 °C
Abrasive, printed on a hardened nozzle
PA-CF (PAHT-CF)
Carbon-fiber reinforced nylon
Very high
The strongest material on the floor: high-temperature nylon with chopped carbon fiber. Excellent fatigue life, low friction, high stiffness-to-weight.
- Highest strength on offer
- Great fatigue life
- Self-lubricating
- Dried before every run
Service temperature up to 120 °C
Abrasive, printed on a hardened nozzle
PC
Polycarbonate
Very high
Impact strength and heat resistance beyond ABS, for tough brackets, housings and light-duty structural parts.
- Outstanding impact strength
- High heat deflection
- Rigid & strong
- Enclosed printing only
Service temperature up to 110 °C

How it works

Four steps from your file to a part in hand

No sales calls to get a number, no black-box lead times. You see the price before you talk to anyone.

01
Upload & estimate
Drop your STL into the estimator. Volume and bounding box are measured in your browser and priced in rupees instantly, nothing is uploaded to price a job.
02
Engineering review
We check wall thickness, overhangs, orientation and whether the part fits the 300 mm envelope, then confirm the final price within one business day.
03
Print & post-process
Your job is scheduled onto the right cell, printed under a monitored chamber, then de-supported, deburred and finished by hand.
04
Inspect & dispatch
Every part is checked against the model, photographed for your record, and dispatched by courier, typically within two to four business days.

You have the file. Get the price in 30 seconds.

Drop in an STL and the estimator measures it in your browser, no upload, no account, no sales call before you see a number.

Get an Instant Estimate Talk to an engineer

Two production cells, eight filaments, one accountable supplier

Every process under one roof, run by manufacturing engineers

FDM 3D Printing

Multi-Material & Multi-Colour

Rapid Prototyping

Functional Component Manufacturing

Custom 3D Modeling & Design Support

Low-Volume Production Runs

Material Selection

The material decides whether the part survives

Four steps from your file to a part in hand

Upload & estimate

Engineering review

Print & post-process

Inspect & dispatch

You have the file. Get the price in 30 seconds.