Kakade Laser is pleased to announce the addition of advanced in-house 3D printing capabilities, strengthening our manufacturing ecosystem with faster innovation, precision prototyping, and efficient product development support.
With the integration of modern additive manufacturing technologies, we now offer comprehensive solutions for rapid prototyping, functional testing, product validation, and low-volume production — all under one roof.
All uploads are secure
and confidential
FDM technology is widely used for durable and functional engineering prototypes, enabling quick iteration cycles and cost-effective development.
Materials Available:
PLA – Ideal for cost-effective concept models and early-stage prototypes
ABS – Durable engineering prototypes with high impact resistance
PETG – Strong parts with excellent chemical resistance
Nylon – High-strength functional mechanical components
TPU – Flexible prototypes and elastomer-like components
Carbon Fiber Reinforced Filaments – Lightweight parts with high stiffness
Glass Fiber Reinforced Filaments – Enhanced mechanical performance prototypes
Multi-color Printing Capability – Suitable for visual validation and product presentation
This technology is particularly effective for functional validation, assembly trials, and mechanical testing applications.
SLA technology enables the creation of highly detailed, smooth-surface prototypes, making it ideal for design validation, aesthetic models, and precision component development.
Materials Available:
Standard Resin – High-detail concept models
Tough Resin – Functional prototypes with improved durability
Engineering Resin – Performance-oriented development parts
Flexible Resin – Elastomer-like components for functional testing
Clear & Aesthetic Resins – Visual validation and display models
SLA is particularly suitable for precision housings, aesthetic prototypes, and intricate design components.
The addition of in-house additive manufacturing brings significant benefits to product designers, OEMs, and engineering teams:
Faster design iterations and shorter development cycles
No tooling investment during early-stage development
Functional testing before mass production
Fitment and assembly validation
Reduced product development risk
Accelerated time-to-market
By enabling quick validation and modifications, 3D printing helps organizations optimize product performance while reducing development costs.
Our 3D printing capabilities are suitable for a wide range of industrial and product development needs.
New product development
Machine component prototyping
Plastic enclosures and housings
Jigs and fixtures
Concept models for validation
Low-volume plastic part production
Whether you are developing a new product, improving an existing design, or validating fitment and performance — Kakade Laser provides reliable prototyping support with precision and speed.
To discuss your prototyping requirements or submit your 3D design files:
Email: marketing@kakadelaser.in
Website: www.kakadelaser.in
Whether you are developing a new product, improving an existing design, or validating fitment and performance — Kakade Laser provides reliable prototyping support with precision and speed.