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We help creators, founders and enterprise teams build small-screen and screenless wearables.

We develop small-screen and screenless wearables for creators, founders and enterprise teams, including compact devices worn in different ways. Product definition, hardware, softwa

A fitness creator wants a screenless band for their brand. A founder has an idea without a technical team. A petroleum or warehouse enterprise needs devices for teams across sites.

Consider a US gym-chain owner who also creates fitness content. They have members and followers, but no hardware team. They want a screenless training band under their own brand. W

Consider a Saudi oil company planning for an organisation of around 10,000 people across sites and shifts. It wants staff, tasks and field records to connect. A 2.4-inch device giv

A small terminal clipped to a uniform could keep team communication close at hand. The same compact T9 form takes on a different role when the carrier and controls are designed aro

Consider a logistics company with several warehouses, an existing warehouse system and picking teams. It wants locations, items and quantities on employees’ wrists, with clear conf

A round T7 wrist device for a short route cue, meeting point or team update. The idea is to make a few useful outdoor interactions easier to reach.

Keep a rental item’s checklist and saved reference images close to the inspection. A compact wrist interface could help staff leave a clearer handback record.

A compact terminal on a secured carrier could keep a bicycle-service job nearby. Staff take it in hand to check the task, then secure it before continuing the work.

A short replenishment task on the wrist: which shelf, which item and how much. Keep the screen focused on the next action while staff move between the stockroom and shop floor.

Mount the compact device on a crew member’s shoulder strap and put the communication control within reach. The carrying form changes around a busy event shift.

A portrait-screen T3 concept for a few familiar actions, such as checking and adjusting a selected room light. Keep the interaction small enough to belong on the wrist.

A 2.4-inch wrist checklist for the pauses between repair steps. Let the technician check what comes next and leave a record close to the equipment being serviced.

A compact chest-carried device for keeping a job and its saved photos together. This concept focuses on deliberate capture and review, with the device secured between checks.

Consider a founder who knows automotive repair and wants technicians to read diagnostic data on the wrist. They understand the workshop, but lack a complete hardware team. Together

A compact wrist record for the things a warehouse inspector finds along a route. Keep the location, observation and follow-up together, whether the issue is packaging, placement or

Send a production-system event to the person assigned to investigate it. A compact wrist screen could show the equipment, the task and whether someone has accepted the work.

Check an external temperature probe and door-status sensor from a compact wrist screen. The sensors measure the site; the wearable brings their readings and the inspection task to

Creators, founders and enterprise teams can start with an idea, a prototype or an existing product. We agree what each stage should prove, then move from samples and small pilot ru

An existing compact platform can give your product a practical starting point. We review the use case, the required changes and the work needed to turn that platform into your prod

A 2.4-inch display and camera in a compact wearable format. Start with the work people need to do, then define the screen, controls and mounting around it.

A round-screen wearable reference for products that people keep on their wrist. Build the interface and daily use around your audience, with distinct silicone-strap and metal-brace

A separate portrait-screen wearable reference. Use it to discuss shape, wearing comfort and a simple daily interface before choosing the hardware configuration.

We work with creators, founders and enterprise teams on compact wearable products. Product definition, electronics, mechanical design, software and flexible production are parts of

Original notes on defining, developing and producing compact wearable products.

Agree on the user, the moment of use and one essential task before choosing screens, sensors and first-version features.

Separate “this unit works” from “the next batch can be built consistently”, and use a pilot build to check assembly, inspection and actual use.

Assess wearing, interaction, connectivity and software separately. A familiar form is a starting point, not proof that a product fits the use case.

Download SyntaForge brand files, a bilingual company profile and product reference images.

How to start, what can be customized and what happens between a sample and production. Find the short answer first, then read the detail you need.

Yes. Creators, founders and enterprise teams can start with an idea for a small-screen or screenless wearable. Tell us who will use it and what it should do. We can define the prod

Yes. We support flexible production, from working prototypes to small pilot batches, then batch deliveries and repeat orders. Feedback helps refine the product before production gr

The proposal should separate development work, prototypes, tooling and test fixtures from the unit price. The scope and payment stages are agreed before the work starts.

Agree regular meeting times, a project contact and a shared place for decisions and files. Clear written updates keep the work moving between calls.

We work through the screen, battery, electronics, antennas and sensors together. The goal is a product that can be worn and used comfortably, with enough space for assembly and rel

Start with what people need to read and operate. Screen size, shape, brightness, touch behaviour and cover glass should match the task and the available power.

Define the real exposure first: sweat, cleaning, rain or immersion. The housing, seals, buttons, camera and acoustic openings then need a test plan for that use.

That can be part of the software scope. We first agree the applications, system services and network connections the product actually needs.

We can assess an update flow that uses your chosen server. The device, firmware and update service need to support the same signing, version and recovery rules.

A dedicated work mode can make the device easier to use. We can assess automatic app launch, limited settings and button actions for the intended workflow.

Agree the acceptance plan before the build. It should cover incoming parts, assembly checks and finished-device tests, with clear limits and a record of the result.

Traceability can be included in the production plan. Agree the serial number, the records to link and how your team will access them.

The test plan should reflect where the device is worn and used. Drops, temperature, sweat, button use, charging and long-running software can each create different risks.

Review supply risk early and track important components during the programme. If an end-of-life notice arrives, the options may include a final purchase, an alternative part or a d

We can plan production in stages, using expected demand and feedback from earlier batches. For parts with longer lead times, we can discuss advance purchasing or buffer stock. Quan

The quote should state the delivery point and which party handles freight, insurance, customs and taxes. Product classification and local requirements need confirmation for the des

List the target markets and intended use early. The project plan should identify the necessary reviews, testing work, documentation and the party responsible for each step.

Tooling ownership, use, maintenance and transfer should be written into the commercial agreement. The asset list and payment milestones help make that arrangement clear.

Before development, identify what each party brings, what will be created for the project and what rights are needed to make and support the product.

Yes. Use the first message to outline the project without confidential detail. If an NDA is needed, both parties can review and sign it before exchanging the agreed material.

We coordinate product definition, engineering, validation and manufacturing for creators, founders and enterprise teams. You do not need to bring a complete technical team. The pro

Yes, raise your supplier-review requirements early. The scope can cover the proposed production site, quality process, records and any visit or third-party review that needs arrang

A rough idea is enough to start. Tell us who will use it, what it needs to do and what you have so far.

How information shared through this website is used when you contact us.

The role of website information in product discussions and project agreements.

我们帮红人、创业者和企业客户，把想法做成小屏或无屏穿戴产品。

面向红人、创业者和企业客户，开发小屏、无屏及不同佩戴方式的紧凑设备。从产品定义、软硬件研发到柔性生产，样机、小批试产和后续批次一起安排。

健身红人想做自己的无屏腕带，创业者有想法却没有技术团队，石油和仓储企业需要多站点、多班组协作。通过这些客户项目，看看我们怎样一起定义产品，再走到样机、试产和后续部署。

客户是一位在美国经营连锁健身房的老板，也是一名健身内容创作者。他有会员和粉丝，没有硬件技术团队，想做自己品牌的无屏训练腕带。我们会和他一起，从产品定义做到首批试用。

项目客户是一家沙特石油企业：万人规模的组织，分布在多个厂区和班组。管理方想把人员、任务和现场记录接起来。2.4 英寸腕屏是员工入口，班组和后台共同完成管理。

同一款紧凑的 T9，可以从腕带换成胸夹。围绕酒店制服和工作习惯，重新定义固定方式、按键和语音操作，让团队联络更顺手。

客户是一家经营多个仓库的物流企业，已有仓储系统和拣货队伍。它想把货位、商品和数量送到员工腕上，并收到清楚的确认。我们先与运营和 IT 团队一起，在一个仓库把流程试清楚。

用 T7 圆屏显示简短路线提示、集合点或领队通知。围绕一次具体户外活动，把需要随手查看的几件事做好。

归还一件工具时，在腕上查看检查清单和已有照片，把当次检查与设备对应起来，让下一位同事也能接得明白。

把紧凑终端挂戴在合适的位置，需要时拿起查看任务，继续检修前再固定好。设备跟着人走，也要配合修车的动作。

哪一排货架、哪一件商品、补多少，腕上先讲清这几件事。员工往返仓库和卖场时，任务也能跟着走。

把紧凑机身固定在工作人员的肩带上，让联络按键处在容易够到的位置。同一硬件形态，可以围绕活动现场换一种戴法。

以 T3 竖屏为起点，在腕上完成几个熟悉的小操作，比如查看和调整某个房间的灯光。功能保持集中，界面才更好用。

在两个检修步骤之间，用 2.4 英寸腕屏看清下一项检查，顺手记录结果。清单跟着技师，也跟着正在处理的设备。

把工单和已保存的照片放在同一台紧凑设备里。需要拍摄时主动取景、保存和复核，继续工作前再把设备固定在胸前。

客户是一位熟悉汽修的创业者，想让技师在车旁抬腕查看诊断数据。他懂车间需求，但没有完整硬件团队。我们一起定义适配器、2.4 英寸腕屏和检查记录，先把一个明确任务做通。

巡检时发现包装、摆放或任务异常，把位置、现场观察和后续处理放进同一条腕上记录，方便下一位同事接手。

把产线系统发出的事件送到负责处理的人手边。腕屏讲清是哪台设备、需要做什么，以及有没有人接单。

在腕上查看外置温度探头和门状态传感器的数据。现场传感器负责测量，腕屏把读数和巡检任务带到检查人员面前。

红人、创业者和企业客户，都可以从一个想法、一台原型或已有产品开始。先确认每阶段要验证和交付什么，再从样机、小批试产、按反馈迭代，走到分批交付与后续补单。

已有的紧凑平台，可以成为产品的实际起点。先看你的使用场景、需要改的部分，以及把平台做成你的产品还要完成哪些工作。

2.4 英寸屏幕，带摄像头，放进紧凑的穿戴形态里。先看使用者要完成什么工作，再一起确定屏幕、按键和佩戴方式。

适合日常腕部佩戴的圆屏平台参考。围绕具体人群定义界面和使用流程；硅胶表带款与金属表带款分别展示，便于比较。

这是独立的竖屏穿戴参考形态。先讨论机身、佩戴舒适度和日常界面，再确定所需的硬件配置。

我们和红人、创业者、企业客户一起做紧凑穿戴产品。产品定义、电子、结构、软件与柔性生产，是同一件事里的不同工作，从第一台样机一直做到后续交付。

紧凑穿戴产品的定义、研发与柔性生产，SyntaForge 编辑部原创文章。

先写清使用者、发生场景和一个必须完成的任务，再讨论屏幕、传感器与第一版功能。

区分“这一台能运行”和“下一批能够一致地做出来”，用小批试产验证装配、检查和真实使用。

把平台视为开发起点，分别评估佩戴、交互、连接和软件差异，避免把外形相似当成产品已经适用。

下载 SyntaForge 品牌标志、中英文公司介绍与产品参考图片。

怎么开始、哪些可以定制、样机之后怎样走到生产。先看简短回答，需要时再展开细节。

可以。红人、创业者和企业客户，都可以从一个小屏或无屏穿戴的想法开始。先说说谁会用、要做什么，我们一起把产品定义清楚。

可以。我们支持柔性生产，从功能样机、小批试产做起，按反馈调整，再安排分批交付、后续补单和逐步放量。每批数量和时间按项目来定。

开发工作、样机、模具和测试治具应分项列出，与单台产品价格分开。具体范围和付款节点在开工前确认。

先约定固定沟通时间、项目对接人和资料归档方式。会议之外，用清楚的书面更新推进工作。

屏幕、电池、电路、天线和传感器要放在一起考虑。能装进去之外，还要戴着舒服、装得出来，并且稳定工作。

先看用户需要看什么、怎么操作。屏幕大小、形状、亮度、触控和盖板，都要配合实际任务与电池预算。

先确定实际接触的是汗水、清洁液、雨水还是浸水，再给机壳、密封、按键、摄像头和声学开孔制定测试方案。

可以作为软件定制范围来讨论。先明确设备需要哪些应用、系统服务和网络连接。

可以评估接入你们的升级服务器。设备、固件和升级服务需要共同确定签名、版本与异常恢复规则。

可以评估专用工作模式，包括开机进入业务 App、限制设置入口，以及按任务定义按键操作。

先确定验收方案，再安排生产。方案应覆盖来料、装配过程和整机测试，并明确判定标准与结果记录。

可以把追溯要求放进生产方案。先约定序列号规则、需要关联的记录，以及客户如何查阅。

测试要跟着佩戴和使用环境走。跌落、温度、汗水、按键、充电和长时间运行，分别对应不同风险。

立项时评估供货风险，项目期间持续关注关键物料。收到停产信息后，再评估末次备料、替代料或设计更新。

可以按阶段安排生产和补货，根据前一批的反馈更新后续计划。交期长的物料，可以提前讨论备料；数量、资金和库存由谁承担，要先说清楚。

报价里应明确交付地点，以及运费、保险、清关和税费由谁负责。产品归类和当地要求，需要按目的地确认。

尽早明确目标市场和产品用途，再把需要的评审、测试、文件和各方责任放进项目计划。

模具归属、使用、维护和转移方式，需要写进商务协议。配合资产清单和付款节点，把双方的约定说清楚。

开发前先列清楚双方带来的技术、项目将产生的新成果，以及生产和维护产品需要哪些权利。

可以。首次留言先概述项目即可；需要 NDA 时，双方可以先审阅、签署，再交换约定范围内的资料。

我们统筹产品定义、研发、验证和生产，服务红人、创业者和企业客户。你不必先凑齐技术团队。每个环节由谁负责、生产合作方参与什么，会在项目计划里说清楚。

可以尽早提出供应商评审要求，先明确需要核对的生产地点、质量流程、记录，以及现场考察或第三方评审安排。

有个粗略想法就可以开始。说说谁会用它、需要完成什么事，以及你已经做到哪一步。

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