Key Benefits
- 28 micron layer accuracy in DLP
- Delivery from 1 working day
- DFM review on every CAD file
- Brass heat-set metal inserts for durable fastening
- Professional wash-and-cure process included
- Resins: Black · White · High-temp · BASF Proto
- Post-processing: support removal, curing, sanding, painting
- Pan-India shipping · Hyderabad same-day collection
DLP 3D Printing Services in Hyderabad
Digital Light Processing (DLP) 3D printing creates three-dimensional objects by curing UV-sensitive resin with a projected light source — one full layer at a time. This makes DLP significantly faster than SLA for medium-to-large parts, while maintaining exceptional surface finish and fine feature resolution down to 28 microns. At iMake, we use professional DLP machines at our Hardware Park Phase 2 facility in Hyderabad, with a full wash-and-cure process included as standard. We produce prototype parts, functional components, jewellery models, sculpture and display pieces.
Our DLP 3D Printing Services
We offer DLP printing in Black, White, High-temperature and BASF Proto resin — each selected for different functional requirements. Build volume is up to 230×120×210mm. Post-processing includes support removal, UV curing, sanding and painting, and installation of brass heat-set inserts. Our CAD engineers review every file for print orientation, support placement and wall thickness before production begins.
Amazing Detail in Sculptures and Display Models
DLP produces surface finish and feature detail comparable to injection moulding — ideal for jewellery prototypes, scale models, intricate art pieces and display items where surface quality is critical.
Benefits of DLP 3D Printing for Your Business
- High resolution and speed: At 28 micron layer height, DLP prints fine features and smooth surfaces — and because it cures an entire layer simultaneously, it is significantly faster than point-by-point SLA for medium-size parts.
- Wide resin range: Clear, flexible, high-temperature and engineering resins allow DLP to address a wide range of functional applications — from optical components to heat-resistant housings.
- Batch production efficiency: Multiple small parts can be nested on a single build platform and printed simultaneously — making DLP highly efficient for low-volume production runs of identical components.
Architectural Models
DLP is ideal for architectural scale models requiring fine surface detail — window profiles, railings, ornamental features and facades are accurately reproduced at scales from 1:20 to 1:200. Models are available in white or grey resin and can be painted to a presentation finish. Turnaround is typically 1–2 days from file approval.
Batch Production in DLP
DLP's build platform allows multiple parts to be printed in a single run — making it cost-effective for batches of 5 to 50 identical components. This is particularly useful for low-volume production of functional prototypes, medical device components, electronic connector housings and custom industrial parts.
DLP Capabilities
| Specification | DLP 3D Printing — iMake |
|---|---|
| Maximum build size | 230 × 120 × 210 mm |
| Standard lead time | 1–3 working days |
| Layer accuracy | 28 microns |
| Dimensional accuracy | ±0.5% |
| Layer height | 50–100 µm |
| Resins available | Black · White · High-temp · BASF Proto · Clear |
| Post-processing | Wash and cure · Support removal · Sanding · Painting · Metal inserts |
Some of our recent DLP 3D printing work
DLP Jewellery Prototype
Intricate jewellery design with fine filigree detail — printed in castable resin for direct lost-wax casting.
Functional Machine Parts
Low-volume production parts in high-temp resin — used in an industrial machine requiring heat resistance and dimensional stability.
Batch Production — DLP Resin Parts
Batch of identical functional parts printed in a single DLP run — consistent dimensions and surface quality across every piece.
High-Detail DLP Part
Complex geometry printed at 28 micron layer height — surface finish comparable to injection moulding, ready for painting and assembly.
F.A.Q
Frequently Asked Questions
- What resins do you use for DLP printing?
We print in Black, White, High-temperature and BASF Proto resin. Clear and flexible resins are also available on request. The right resin depends on the application — functional parts needing heat resistance use High-temp; jewellery and display models use standard resins; engineering prototypes use BASF Proto for better mechanical properties.
- What is the maximum part size for DLP printing?
Maximum build volume is 230 × 120 × 210 mm. For larger parts, we can split the model and bond the sections — ask us about DLP split-and-bond for large assemblies.
- How accurate is DLP 3D printing?
DLP achieves 28 micron layer accuracy with overall dimensional accuracy of ±0.5%. This is sufficient for snap-fit connectors, precision housings, jewellery prototypes and display models. For tighter tolerances on functional parts, we recommend SLA or CNC machining.
- What post-processing do you offer?
All DLP parts include professional wash-and-cure as standard. Additional post-processing: support removal, sanding (up to 400 grit), painting (primer + topcoat), and installation of brass heat-set inserts. Parts can be delivered ready for assembly.
- How long does DLP printing take?
Small to medium parts are typically ready in 1 working day including wash-and-cure. Larger parts or batches: 2–3 days. Rush same-day printing is available for urgent requirements — WhatsApp +91-9494269431 to confirm availability.