260°C
Electrical relative thermal index
Long-term electrical property retention for VICTREX™ 450G, tested to UL 746B. The operating temperature of a loaded part depends on its application.
Precision PEEK parts, printed in Bengaluru.
Additive manufacturing for medical, aerospace, automotive and semiconductor programmes, from a single prototype to production runs.
PEEK / 01 / 05
Hex fitting
- ±0.020 mmCNC tolerance, per drawing
- From 1 dayPrinted-part lead time
- 260 °CPEEK 450G · electrical RTI ↗
- 24 hoursQuote turnaround on a complete brief
Polyether ether ketone
The polymer
that replaces metal.
Strength, thermal stability and chemical resistance in one engineering polymer. From lightweight industrial components to specialised medical grades, the material starts with the job. We print and machine it to your drawing.
≈71%
Lower density than titanium
1.30 g/cm³ for PEEK 450G versus 4.42 g/cm³ for Ti-6Al-4V. An equal-volume material comparison; final part weight depends on the design.
98 MPa
Tensile yield strength
VICTREX™ 450G at 23 °C, tested to ISO 527-2. A precise material reference for strength-led design; printed performance also depends on build direction and processing.
Implant grade
Biocompatible material options
Specialist materials such as Invibio PEEK-OPTIMA™ have biocompatibility data for implantable applications. Medical devices require the specified grade, manufacturing process and device qualification.
Material references: VICTREX 450G ↗TIMETAL 6-4 ↗Invibio PEEK-OPTIMA ↗
Choose the material around the job.
Compare grade data, applications and manufacturing considerations.
PAEK / SEMI-CRYSTALLINE
PEEK
Polyether ether ketone
Strength, chemical resistance and electrical insulation for wear parts, fixtures and functional components.
VICTREX 450G datasheet ↗REFERENCE GRADE / VICTREX™ 450G
- Tensile yield
- 98 MPa
23 °C · ISO 527-2
- Tensile modulus
- 4.0 GPa
23 °C · ISO 527-1
- Heat deflection
- 152 °C
1.8 MPa · unannealed · ISO 75-2/Af
Manufacturer resin data. Heat deflection measures deformation under load; it differs from continuous service temperature.
Applications
Wear parts, fixtures, insulators and demanding functional components.
Design priorities
Load direction, service temperature and chemical exposure. Build orientation and finishing set the performance of the finished part.
Manufacturing
High-temperature extrusion for complex geometry; machining for precise interfaces and stock-based parts.
Manufacturer reference grades, not a stock list. Resin and printed-coupon data use different test conditions; specify the grade and build requirements for your part.
Quote a PEEK part ↗Bring us the operating conditions.
Temperature + durationLoad + directionChemicals + exposureInspection + traceabilityWe build for sectors where parts cannot fail.
Medical
Medical
Complex anatomical geometry, surgical guides and development prototypes, built around the specified material and drawing.
- Cranial implants
- Spinal cages
- Dental prosthetics
- Surgical guides
Aerospace
Aerospace
Lightweight brackets, housings and ducting, with build orientation and finishing planned around the assembly.
- Brackets and housings
- Ducting systems
- Cabin components
- Thermal shields
Automotive
Automotive
Functional prototypes, fixtures and housings for automotive development and production programmes.
- Engine components
- EV battery housings
- Custom tooling
- Aerodynamic parts
Semiconductor
Semiconductor
Wear-resistant jigs, fixtures and end-effectors for automation and cleanroom robotics.
- Wear-resistant parts
- Custom fixtures
- Robotic end-effectors
- Seals and bearings
Manufacturing methods
Seven ways we build parts.
FDM printing
Fused deposition for robust functional prototypes and production parts in PEEK, PEKK, ULTEM and engineering polymers.
SLA printing
Stereolithography for ultra-fine detail and smooth surface finishes.
SLS printing
Selective laser sintering for complex geometries with no support structures.
Metal and ceramic printing
Metal, polymer and ceramic materials, including full-colour parts.
Generative design
AI-driven topology optimisation for maximum performance with minimum material.
Lattice structures
Engineered lattice and infill patterns for lightweight structural integrity.
DfAM
Design for additive manufacturing. We rework parts so they print right the first time.
One partner from prototype to production.
3D printing
FDM, SLA, SLS, MJF
- Tolerance
- ±0.3% (min ±0.3 mm)
- Lead time
- from 1 business day
CNC machining
Milling, turning and post-processing
- Tolerance
- ±0.020 mm
- Lead time
- from 5 business days
Injection moulding
Prototype and production tooling
- Volume
- 1 to 1,000,000 parts
- Scope
- built to your drawing
Sheet metal
Laser cutting, bending, post-processing
- Tolerance
- ±0.1 mm
- Lead time
- from 5 business days
From single prototypes to production runs. Figures shown are starting capabilities; geometry, material, quantity and finishing determine the final tolerances and lead time in your quotation.
The engineering, up close
Every detail
has a job.
Turn it. Section it. Understand it.
Explore the decisions inside five very different parts.
PF / COMPONENT LIBRARYSOLID VIEW
3D preview is unavailable on this device. Explore the part features in the panel beside it.
Drag to orbit · scroll to continue
Interactive design models
Concept models showing engineering features; not customer case studies.
Design study / PF.003
A bracket.
Considered from
every angle.
Concept study
A simple mount makes a useful test of the questions that matter: where the load goes, how the tool reaches it, and what needs checking.
Quality / from drawing to delivery
Every critical part inspected before it ships.
Define the critical features.
Drawing revision, datums, fits and material grade establish the build requirements. We review the dimensions that matter to the assembly before manufacture.
Build. Finish. Fit.
Printing, CNC finishing and post-processing work together. Mating faces, holes and threads receive the finishing specified on your drawing.
Measure against the drawing.
Dimensional inspection checks the specified features against their acceptance limits. Include a measurement report in your brief when you need a record of the results.
Plan for the next run.
Revision control, inspection scope and sampling requirements give repeat orders a defined baseline. Specify batch traceability and supporting documents with the order.
Need NDT, SPC or certification documents? Include the required method or standard in your brief. Your quotation sets out the inspection scope, scope of supply and documentation.
Inside an inspection report
Precision should
be readable.
Select a feature to follow its drawing dimension, measured value and acceptance result.
DIMENSIONAL INSPECTION
SAMPLE REPORT · EXAMPLE DATAMounting plate · PF-S01
FEATURE 01Within tolerance
Overall width
- Nominal
- 60.00 mm
- Tolerance
- ±0.10 mm
- Measured value
- 60.04 mm
- Deviation
- +0.04 mm
The reading falls within 59.90–60.10 mm. The drawing defines the allowed range and measurement method.
Agree on the evidence
before you build.
Mark the critical dimensions and specify the report, sampling and traceability you need. We include the agreed inspection scope in your quotation.
Add inspection requirements ↗
Prototype faster.
Build reliability better.
Turn a difficult geometry into a part you can test. We combine design for additive manufacturing, material selection and prototype builds to refine fit, function and manufacturability before production.
Leadership
Sriram Kumar
Co-Founder and Director
Thirty-seven years across HVAC, building management systems, electronics manufacturing services and additive manufacturing. Leads strategic alliances and business development, and has built companies from the ground up to high-volume production.
Mamatha Madhavan
Founder
Three decades in regional rural banking, retiring in 2024 as Assistant General Manager at Karnataka Grameena Bank with operations across ten districts. Advises on governance, compliance and organisational development. Active with the Rotary Club of Hunsur and the Inner Wheel Club of Mysore Gold.
Questions engineers ask us.
When should I choose PEEK over aluminium or titanium?
Choose PEEK when low weight, chemical resistance, wear or electrical insulation drive the design. VICTREX 450G has a crystalline density of 1.30 g/cm³ and a tensile yield stress of 98 MPa at 23 °C. These are manufacturer resin values; the grade, load case and manufacturing route determine finished-part performance. See the material guide for test conditions and sources.
What file formats do you need for a quote?
Send STEP or IGES for quoting and design-for-additive review. STL or 3MF are suitable for print-ready geometry. Include a drawing with critical dimensions, tolerances and finishing requirements.
Is there a minimum order quantity?
No. We print single prototypes and support low-volume production. Injection moulding covers 1 to 1,000,000 parts once volumes justify tooling.
What are your lead times?
Printed parts start from 1 business day; CNC machining and sheet metal from 5 business days. Quotes are returned within 24 hours of receiving a complete brief. Material, geometry, quantity and finishing determine the delivery date in your quotation.
What tolerances can you hold?
Our starting capabilities are ±0.3% with a ±0.3 mm minimum for 3D printing, to ±0.020 mm for CNC machining, and to ±0.1 mm for sheet metal. Geometry, material and finishing determine the final tolerances in your quotation. Printed parts can be post-machined for tighter interfaces.
Can you make medical and aerospace parts?
We manufacture development prototypes and components for medical and aerospace applications. Send the drawing, material grade and required inspection records with your brief. For regulated applications, the quotation states the applicable qualification, certification scope and release requirements.
Start a project
Bring us the
hard part.
A drawing, an idea, or a component that needs to do more. Send your brief for a manufacturing route, price and lead time.
info@printforge.co.in +91 98441 14767 #101/102, Ananda Kuteera, Insight Academy RdISRO Layout, Bengaluru 560062, India
- End-to-end additive manufacturing, one supplier from CAD to inspected part
- Material, process and inspection requirements reviewed together
- Manufacturing route and documentation confirmed in your quotation
- An engineer on every enquiry, not a sales desk
Design reviewMaterial selectionDimensional inspectionTraceability requirementsFDMSLASLSMJFCNC machiningSheet metalInjection mouldingGenerative design
Design reviewMaterial selectionDimensional inspectionTraceability requirementsFDMSLASLSMJFCNC machiningSheet metalInjection mouldingGenerative design