AutoIM / SQ injection support

Make self-injection feel less like a moment to dread.

AutoIM and AutoSQ are reusable, touchscreen-guided injection aid concepts being developed around servo-controlled motion, configurable administration, standard prescription syringe compatibility objectives, and a calmer at-home experience.

AutoIM / SQ is under development and is not currently available for sale. Final features, compatibility, and regulatory pathway remain subject to validation.

AutoIMProduction-intent concept / 01
Production-intent rendering of the touchscreen-equipped AutoIM injection aid based on prototype and patent drawings
Obscured syringe chamber
Guided administration

One design family

Purpose-built for two distinct administration paths.

AutoIM and AutoSQ share a calm, touchscreen-led interaction model while adapting their physical form to the needs of intramuscular and subcutaneous administration.

Veilpoint AutoIM touchscreen injection aid concept
Intramuscular administration

AutoIM

A more substantial form intended to support controlled depth, guided delivery, and complete syringe obscuration for compatible IM workflows.

Veilpoint AutoSQ compact touchscreen injection aid concept
Subcutaneous administration

AutoSQ

A slimmer, approximately 15% smaller concept with a simplified housing and interface for compatible subcutaneous workflows.

The experience

Less visual stress. More deliberate control.

AutoIM / SQ begins with a straightforward design premise: people should not have to confront every anxiety-inducing part of the injection process in order to complete their therapy.

01

Servo-guided motion

The platform is being developed around controlled electromechanical movement rather than a single fixed spring-fired event.

02

Configurable workflow

The forward-facing touchscreen is intended to guide compatible depth, delivery-rate, and administration settings through a deliberate sequence.

03

Standard syringe objective

The design direction centers on accommodating compatible prescription syringes rather than requiring a proprietary medication cartridge.

04

Multisensory feedback

Screen, vibration, and audio cues are being considered to support positioning, progress awareness, completion, and accessibility.

Intended workflow

A clear sequence, designed for confidence.

Simple enough to remember. Disciplined enough to trust.

Final operation and compatibility will depend on design validation, human-factors work, and the applicable instructions for use.

01

Configure

Use the touchscreen to review the intended injection profile and compatible administration settings.

02

Load

Place a compatible prescription syringe and needle into the shielded device chamber.

03

Position

Bring the device to the intended site and confirm the guided contact and readiness sequence.

04

Deliver

Initiate servo-guided insertion and medication delivery while the interface communicates progress.

05

Retract

Complete the sequence with the syringe withdrawn from the body and remaining obscured for removal and disposal.

Potential therapy pathways

One platform direction, shaped around recurring care.

Early product research is considering therapy environments where patients already manage prescribed IM or SQ injections at home. Final compatibility and intended uses will depend on validation and regulatory review.

01

TRT and recurring IM

AutoIM began with the challenges of recurring intramuscular self-injection, including anxiety, depth consistency, and delivery-rate control.

02

GLP-1 and peptide workflows

AutoSQ is being shaped as a smaller platform for compatible syringe-based subcutaneous therapies, including compounded workflows where appropriate.

03

Fertility treatment

Repeated at-home injection schedules can create emotional and logistical burden that may benefit from clearer guidance and routine support.

04

Other prescribed therapies

Additional oncology, biologic, and specialty-treatment workflows may be evaluated with clinical and regulatory partners.

Development discipline

Emotional relief, grounded in responsible development.

Design position

The human experience and the clinical reality belong together.

AutoIM / SQ must earn confidence through usability, compatibility, clear training, thoughtful interface design, and a development path that respects the responsibilities of medical-device design.

  • Human-factors planning and iterative evaluation
  • Compatibility and depth-setting validation
  • Touchscreen workflow and accessibility testing
  • Appropriate regulatory and quality planning

Concept goals

A device built around the moment that matters.

GuideClarify the sequence
ObscureReduce visual exposure
ReassureLower procedural friction

AutoIM / SQ development

Help shape the next stage of AutoIM / SQ.

We are seeking input from clinicians, human-factors specialists, patient advocates, research partners, and organizations working in injection-based therapy.

Contact Veilpoint->