API: 200 OK
Payload Valid
SQL: Commit
Ledger Audited
Bug: Closed
Verified Fix
UPI: Secure
Reconciled 100%
eKYC: Pass
UIDAI Verified
Auto: Pass
PyTest Suite
AJINKYA SWAMI
Facility Terminal
AJINKYA S.
Station Operator
BUILD PLATE: TEI_TEXTURED
X-AXIS: CALIBRATED (OK)
TEMP: EXTRUDER 220°C / BED 60°C
Facility Sector 04

Creative Sector

Central data node hosting additive print calibrators, scientific engineering tools, and raw photography shutter logs. Toggle between lab departments below.

The Brand Story

Voxelique emerged from a passion for additive manufacturing and industrial design. The core thesis was simple: transition 3D printing from a hobbyist prototyping tool into a high-quality manufacturing method for premium functional and decorative products.

As the sole founder, I took on all responsibilities. I built the e-commerce storefront, calibrated multiple FDM/SLA 3D printers, set up merchant pipelines, managed social media advertising campaigns, and coordinated D2C logistics. This entrepreneurial journey gave me deep, cross-functional understanding of how tech platforms support business outcomes.

Core Business & Tech Capabilities

E-Commerce Web Engineering

Engineered the full digital storefront, optimizing checkout validation, cart sessions, inventory databases, and page rendering speeds.

CAD & Product Design

Designed custom functional tools and aesthetic products using CAD models, translating shapes into optimized 3D printable meshes.

Brand Building & Copywriting

Crafted the brand identity, product catalogs, marketing materials, and digital advertisements to grow client reach.

D2C Operations & Logistics

Organized inventory logistics, managed suppliers, resolved customer queries, and verified packaging standards to ensure client satisfaction.

Product Quality Process

QA principles (boundary limits, input validation) applied directly to additive manufacturing clearances and dimensional accuracy.

1. Slicer Tolerance Auditing

Calibrating printing parameters (layer heights, flow rate multipliers, extrusion widths) to ensure physical tolerances remain under 0.1mm deviations.

2. Thermal & Level Profiling

Calibrating bed leveling heights and nozzle thermal consistency to guarantee bed adhesion and prevent warping failures mid-run.

3. Structural Stress Validation

Subjecting printed products to drop tests and stress loads, validating wall shell thickness configurations and infill densities for long-term usage.

Lab Material Spec Sheet

PLA (Decorative / Low-Warp):205°C Extrusion / 60°C Bed
PETG (Mechanical / Chemical):240°C Extrusion / 80°C Bed
TPU (Flexible / Vibration):220°C Extrusion / 50°C Bed
Carbon Fiber Nylon (Functional):270°C Extrusion / 95°C Bed