ELECTROMECHANICALBIKE PEDAL
This electromechanical bike pedal is engineered to enhance the cycling experience with effortless shoe attachment and detachment at the push of a button. This was created due to the amount of injuries that have been worsened due to bikers not being able to detach from their pedals in the event of a crash.
MOTORCYCLE HEADLIGHT
This motorcycle headlight has been designed for a leading 3D printing company, ahead of the launch of an optically clear material. This headlight shows the exceptional potential of additive manufacturing for both prototyping and production within the automotive sector. The design consists of a two-part construction, featuring a snap-on clear optic at the front and a rear section for secure mounting onto the bike.
SELF-PROPELLED HEART STENT
This self-propelled heart stent, developed for a biomedical company, showcases a 3-stage turbine system with varying pitches aimed at optimizing blood flow. This groundbreaking model serves as a proof of concept to present to potential investors with its innovative design and potential to revolutionize cardiovascular care.
SENZIT PRODUCT RENDERING
These product renderings were created for a predictive maintenance company named Senzit. The goal of this project was to show them the potential of product renderings versus traditional product photography. This product had to be reverse engineered from scratch using measurements from their product.
PERSONAL GAS PUMP HOLDER
In response to the global need for increased hygiene and safety measures, a company asked if a personal gas pump solution could be developed. This gas pump holder aims to mitigate contact at gas stations. This innovative product securely attaches to gas pumps, enabling users to pump gas without direct hand-to-surface contact. The holder acts as a protective barrier and allows individuals to refuel their vehicles while minimizing potential exposure to germs and viruses.
AUTOMATIC CARD SHUFFLER
This automatic card shuffler is aimed at enhancing the gaming experience for players of all ages. By replicating the functionality of professional casino card shufflers. This device rapidly and effectively randomizes a deck of cards, ensuring an authentic and unbiased gameplay. Unlike low-cost alternatives, This creation prioritizes precision and speed, offering a reliable and efficient way to shuffle cards completely randomly. Most of the mechanism is 3D printed with a wood top plate and acrylic sides.
CLEAR ELECTRONICS HOUSING
This electronics housing has designed for a leading 3D printing company, ahead of the launch of an optically clear material. This case seeks to show companies the promising future of additive manufacturing in the prototyping space. Particularly in clear electronics prototyping which was previously very hard to do.
BLUETOOTH SPEAKER HOUSING
This Bluetooth speaker housing is designed for a leading company in anticipation of their new material launch. This innovative housing is crafted from a 4-part hard plastic assembly, complemented by a durable silicone ring that enhances its waterproof and durable qualities. All of these components were designed for injection molding and being prototyped with 3D printing.
CLEARVIEW BIRD FEEDER
This bird feeder designed for the company ClearView Bird Feeders, offers an unparalleled unobstructed bird-watching experience. It also features four separate compartments for food and water. With four secure suction cups, the feeder effortlessly attaches to your window, ensuring stability and peace of mind. Furthermore, the dishwasher-safe tray makes cleaning easy.
CUSTOM TRIGGER FINGER BRACE
This custom 3D-printed trigger finger brace is designed for comfort and effectiveness. Tailored to individual dimensions, it offers a precise fit, lightweight design, and improved stability for users. This trigger finger brace was designed for a family member who suffered from trigger finger and their finger could not comfortably fit in any off the shelf braces.
